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YODA Hirotoshi

    Department of Architecture and Design　Professor/Manager
Last Updated :2024/04/25

Researcher Information

Degree

  • Doctor of Enginnering（1990/03 Waseda University）

J-Global ID

Research Interests

  • 建築・都市環境工学   Environmental Engineering   

Research Areas

  • Social infrastructure (civil Engineering, architecture, disaster prevention) / Construction environment and equipment

Academic & Professional Experience

  • 2022/10 - Today  Kindai UniversityGraduate School of Humanity-Oriented Science and Engineering研究科長
  • 2013/04 - Today  Kindai University産業理工学研究科授業担当
  • 2004/04 - Today  Kindai UniversityFaculty of Humanity-Oriented Science and Engineering, Department of Architecture and Design教授
  • 2013/10 - 2021/09  Kindai UniversityFaculty of Humanity-Oriented Science and Engineering室長
  • 2013/10 - 2021/09  Kindai UniversityFaculty of Humanity-Oriented Science and Engineering, Department of Architecture and Design学科長
  • 1995/04 - 2015/03  Kindai University産業技術研究科授業担当
  • 2006/04 - 2008/03  Kyushu UniversitySchool of Design, Department of Environmental Design講師
  • 2003/04 - 2004/03  Kindai University九州工学部 建築学科教授
  • 2001/04 - 2004/03  Waseda UniversityAdvanced Research Institute for Science and Engineering客員助教授
  • 2003/02 - 2003/03  Gifu UniversityGraduate School of Engineering講師
  • 1995/05 - 2003/03  Kindai University九州工学部入学試験出題委員
  • 1995/04 - 2003/03  Kindai University九州工学部 建築学科助教授
  • 1998/04 - 2001/03  Waseda UniversityAdvanced Research Institute for Science and Engineering客員研究員
  • 1993/12 - 1995/03  Kyushu Institute of Design芸術工学部 環境設計学科講師
  • 1992/04 - 1995/03  Kindai University九州工学部 建築学科講師
  • 1989/04 - 1992/03  Waseda UniversitySchool of Science and Engineering助手
  • 1987/04 - 1989/03  文化学院建築科兼任講師

Education

  • 1986/04 - 1989/03  Waseda University  Graduate School of Science and Engineering  建設工学専攻
  • 1984/04 - 1986/03  Waseda University  Graduate School of Science and Engineering  建設工学専攻
  • 1980/04 - 1984/03  Waseda University  School of Science and Engineering  建築学科

Association Memberships

  • 環境カウンセラーESD学会   International Association for Urban Climate   アジア都市環境学会   福岡県環境教育学会   日本太陽エネルギー学会   人間-生活環境系学会   空気調和・衛生工学会   地理情報システム学会   環境科学会   日本リモートセンシング学会   日本都市計画学会   日本建築学会   

Published Papers

  • Calculation of Carbon Dioxide Emissions and Absorption in Fukuoka Prefecture
    Hirotoshi Yoda
    Journal of Asian Urban Environment, Annual 2022 197 - 202 2022/12 [Refereed]
  • リモート授業を受講する大学生の室内環境に関するアンケート調査
    依田浩敏
    環境カウンセラーESD学会誌 ESD by EC Report －環境カウンセラーESD研究－ (2) 5 - 10 2022/05 [Refereed]
  • Survey on Energy Consumption and Thermal Environment of a New Government Building introduced Environmental Facilities Part 3 Results under Measures against the COVID-19
    Hirotoshi Yoda
    Journal of Asian Urban Environment, Annual 2021 531 - 536 2021/12 [Refereed]
  • Relationship between WBGT and Regional Features of Heat Stroke Ambulance Transport Rates
    Hirotoshi Yoda
    Annual 2020 Journal Asian Urban Environment 503 - 508 2020/12 [Refereed]
  • 遠賀川流域において環境保全活動する市民活動団体の実態調査
    依田浩敏
    環境カウンセラーESD学会誌 ESD by EC Report 40 - 45 2020/03 [Refereed]
  • Yoda Hirotoshi
    Techinical Papers of Annual Meeting the Society of Heating,Air-conditioning and Sanitary Engineers of Japan The Society of Heating,Air-Conditioning&Sanitary Engineers of Japan 2020.9 5 - 8 1880-3806 2020 
    福岡県I市の新庁舎に導入された環境配慮システムの効果を検証するために，竣工から3年間継続実施したエネルギー消費量と温熱環境調査と，市職員を対象としたアンケート調査の結果を示す。
  • Survey on Energy Consumption and Thermal Environment of a New Government Building introduced Environmental Facilities Part 2 Fiscal 2018 Survey
    Annual 2019 Journal Asia Urban Environment 161 - 166 2019/11 [Refereed]
  • Field Measurement of Streetlight Illuminance in a Residential Area
    YODA Hirotoshi
    Annual 2017 Journal Asia Urban Environment 115 - 120 2017/11 [Refereed]
  • Investigation and Research on the Green Visual Ratio and its Psychological Effects Using an Omnidirectional Camera
    YODA Hirotoshi
    Special Issue "the 8th Japanese-German Meeting on Urban Climatology", Journal of Heat Island Institute International 12 (2) 97 - 106 2017/07 [Refereed]
  • Investigation and Research on the Green Coverage Rate and the Psychological Effects
    YODA Hirotoshi
    Journal of Asian Urban Environment, Annual 2016 81 - 84 2016/10 [Refereed]
  • 高島 健太; 須藤 諭; 村川 三郎; 村上 周三; 坊垣 和明; 亀谷 茂樹; 高口 洋人; 半澤 久; 吉野 博; 奥宮 正哉; 浅野 良晴; 下田 吉行; 依田 浩敏
    学術・技術報告会論文集 = Collection of papers of the conference 空気調和・衛生工学会東北支部 5 97 - 102 2016/03 [Refereed]
  • KINDAICHI Sayaka; SHIMODA Yoshiyuki; YODA Hirotoshi; SAKAMOTO Yuzo; BOGAKI Kazuaki; MURAKAMI Shuzo; NISHINA Daisaku; MURAKAWA Saburo; KAMETANI Shigeki; TAKAGUCHI Hiroto; HANZAWA Hisashi; YOSHINO Hiroshi; ASANO Yoshiharu; OKUMIYA Masaya
    AIJ Journal of Technology and Design Architectural Institute of Japan 22 (51) 645 - 650 1341-9463 2016 [Refereed]
     
    Changes of the energy consumption in welfare facilities before and after the Great Earthquake of East Japan were analyzed based on the investigation for development of the DECC. Both electricity and primary energy consumption in the facilities with the residential function were reduced by approximately 8% in the Tohoku region and 16% in the Kanto region in 2011 compared to those in 2010 even though the difference of air temperatures were taken into consideration. As the results from multivariate analyses, measures related to lighting were effective for energy savings in the facilities both with and without the residential function. Additionally, changes of setting temperature of freezers could be a strong factor for energy savings in the facilities with the residential function, whereas restriction of use of electric appliances such as portable electric pots had large influences in the facilities without the function.
  • YODA Hirotoshi
    AIJ Journal of Technology and Design Architectural Institute of Japan 22 (51) 637 - 640 1341-9463 2016 [Refereed]
     
    Using a result of the questionnaire of the Eco-home Diagnosis carried out 212 households in Fukuoka Prefecture in FY2012, the household attribute data, the power consumption, the CO2 emission, the heating/lighting expenses, and the countermeasure to energy saving before and after the consultationwere analyzed.
    Annual CO2 emissions for the checked homes were 4,928 kg/year·household, and annual power consumption was 5,183 kWh/year·household.
    The deemed reduction in annual CO2 emissions for all households receiving diagnosis was 85,018 kg/year, and the deemed reduction rate was 12.2%. And the deemed reduction in annual power consumption was 118,132 kWh/year, and the deemed reduction rate was 16.4%.
    It can be said that the Eco-home Diagnosis raised awareness of energy conservation at the participating households, and it appears diagnosis had some effect in reducing CO2 emission and power consumption.
  • Research on the Energy Consumption Actual Condition and the Measure Effect of an Eco-home Diagnosis in Fukuoka Prefecture
    YODA Hirotoshi
    Journal of Asian Urban Environment, Annual 2015 169 - 174 2015/10 [Refereed]
  • Estimation of the Energy Consumption and the Exhaust Heat from Buildings
    YODA Hirotoshi
    Journal of Heat Island Institute International 9 (2) 92 - 102 2015/02 [Refereed]
  • TAKAGUCHI Hiroto; YODA Hirotosh; SAKAMOTO Yuzo; BOGAKI Kazuaki; MURAKAMI Shuzo; YAMAMOTO Takaharu; KAMETANI Shigeki; HANZAWA Hisashi; YOSHINO Hiroshi; ASANO Yoshiharu; OKUMIYA Masaya; SHIMODA Yoshiyuki; MURAKAWA Saburo
    Journal of Environmental Engineering (Transactions of AIJ) Architectural Institute of Japan 79 (703) 795 - 801 1348-0685 2014 [Refereed]
     
    Because of the lack of power in Tokyo and Tohoku due to Tohoku-Pacific Ocean Earthquake that occurred on March 11, 2011, ordinance of electric power usage restrictions were triggered for the first time in 37 years. Large consumers of more than 500kW electric power contract were asked to reduce power consumption of 15%. Furthermore, since the power plant was stopped across the country, power-saving and energy-saving measures have been implemented in almost all over Japan. We conducted the investigation on the power saving conditions in the summer of 2011, in order to grasp and analyze the actual condition of power saving which commercial buildings performed. When we compared the energy consumption of the total from April to September of 2011 with 2010, about Office building, Kanto Area showed the biggest reduction of 21.4%, and when we compared the peak load of electricity of 2011 with 2010, the large office building in Tohoku Area showed the biggest reduction of 23.6%.
  • 宿泊建物のエネルギー消費原単位の推定に関する研究
    井城 依真; 須藤 諭; 吉野 博; 村上 周三; 坊垣 和明; 松縄 堅; 亀谷 茂樹; 高口 洋人; 半澤 久; 奥宮 正哉; 浅野 良晴; 下田 吉之; 村川 三郎; 依田 浩敏; 田中 英紀; 増田 幸宏
    日本建築学会環境系論文集 (686) 341 - 349 2013/04 [Refereed]
  • 依田 浩敏; 黒木 知世; 亀谷 茂樹; 高口 洋人; 半澤 久; 吉野 博; 浅野 良晴; 奥宮 正哉; 下田 吉之; 村川 三郎; 赤司 泰義; 住吉 大輔; 高 偉俊; 葛 隆生; 前田 昌一郎; 村上 周三; 坊垣 和明; 松縄 堅
    Techinical Papers of Annual Meeting the Society of Heating,Air-conditioning and Sanitary Engineers of Japan The Society of Heating,Air-Conditioning&Sanitary Engineers of Japan 2013.9 177 - 180 1880-3806 2013 
    民生業務用建築物のエネルギー・水消費量などのデータベース構築に向けて、2007年度から建物エネルギー消費に関する調査を行ってきた。本報では、これまでの調査によって得られた、九州SWGが担当した建物用途である大学・研究機関とスポーツ施設のデータの解析結果について明らかにした。
  • 黒木 知世; 赤司 泰義; 住吉 大輔; 依田 浩敏; 高 偉俊; 葛 隆生; 前田 昌一郎
    Techinical Papers of Annual Meeting the Society of Heating,Air-conditioning and Sanitary Engineers of Japan The Society of Heating,Air-Conditioning&Sanitary Engineers of Japan 2013.9 189 - 192 1880-3806 2013 
    これまで本研究では、民生業務用建築物のエネルギー・水消費量等のデータベース構築を目的とし、九州地域の建物エネルギー消費データを収集してきたが、東日本大震災以降、主に夏季と冬季において節電対策が推進されるようになったことから、エネルギー消費構造が変化したと考えられる。本報では、平成18年度以降のエネルギー消費データの比較を行い、九州地域における震災前後のエネルギー消費構造の変化を明らかにする。
  • IKI Yorimasa; OKUMIYA Masaya; ASANO Yoshiharu; SHIMODA Yoshiyuki; MURAKAWA Saburo; YODA Hirotoshi; SUDO Satoshi; YOSHINO Hiroshi; MURAKAMI Shuzo; BOGAKI Kazuaki; MATUNAWA Katashi; KAMETANI Shigeki; TAKAGUCHI Hiroto; HANZAWA Hisashi
    AIJ Journal of Technology and Design Architectural Institute of Japan 19 (43) 1017 - 1022 1341-9463 2013 [Refereed]
     
    In this study, we aimed to confirm whether it is possible to improve the accuracy of the estimation equations of energy consumption rate of office buildings.
    By the difference in the type of heat source equipment, we classified the DECC survey data of 2009 fiscal year into three categories: “the electrical type”, “the fuel-based type with boiler” and “the fuel-based type without boiler”.
    As a result, using the multiple regression analysis, we were able to obtain more accurate estimation equations than before except for summer fluctuation-load rate in the electrical type.
  • IKI Yorimasa; OKUMIYA Masaya; ASANO Yoshiharu; SHIMODA Yoshiyuki; MURAKAWA Saburo; YODA Hirotoshi; TANAKA Hideki; MASUDA Yukihiro; SUDO Satoshi; YOSHINO Hiroshi; MURAKAMI Shuzo; BOGAKI Kazuaki; MATSUNAWA Katashi; KAMETANI Shigeki; TAKAGUCHI Hiroto; HANZAWA Hisashi
    Journal of Environmental Engineering (Transactions of AIJ) Architectural Institute of Japan 78 (683) 45 - 54 1348-0685 2013 [Refereed]
     
    In this study we aimed to identify characteristics of energy consumption of accommodation building by drawing on 2009 fiscal year of DECC survey data. Conducting statistical analysis on the base-load and the fluctuation-load on a national scale derived from patterns of variation in the monthly energy consumption, we obtained estimation equations for energy consumption rate.
    To determine the base-load rate, we focused on differences between heat-generation equipments in the accommodation buildings and classified them into three categories: electrical, fuel-based, and electric-fuel hybrid. We then carried out the multiple regression analysis for each category. As a result, we obtained accurate estimation equations for the electrical and the fuel-based heat-generation equipments. And to determine the summer and the winter fluctuation-load rate, we were able to obtain accurate estimation equations using the multiple regression analysis.
  • TAKAGUCHI Hiroto; KAMETANI Shigeki; HANZAWA Hisashi; YOSHINO Hiroshi; ASANO Yoshiharu; OKUMIYA Masaya; SHIMODA Yoshiyuki; MURAKAWA Saburo; YODA Hirotoshi; BOGAKI Kazuaki; MATSUNAWA Katashi; MURAKAMI Shuzo
    Techinical Papers of Annual Meeting the Society of Heating,Air-conditioning and Sanitary Engineers of Japan The Society of Heating,Air-Conditioning&Sanitary Engineers of Japan 2012 149 - 152 2012
  • YODA Hirotoshi; TAMURA Tsuyoshi; KUROKI Tomoyo; AKASHI Yasunori; SUMIYOSHI Daisuke; GAO Weijun; KATSURA Takao; MAEDA Shoichiro; MURAKAMI Shuzo; BOGAKI Kazuaki; KAMETANI Shigeki; TAKAGUCHI Hiroto; MATSUNAWA Katashi; HANZAWA Hisashi; MURAKAWA Saburo; YOSHINO Hiroshi; ASANO Yoshiharu; OKUMIYA Masaya; SHIMODA Yoshiyuki
    Techinical Papers of Annual Meeting the Society of Heating,Air-conditioning and Sanitary Engineers of Japan The Society of Heating,Air-Conditioning&Sanitary Engineers of Japan 2012 161 - 164 2012
  • HANZAWA Hisashi; FUJIWARA Yozo; BOGAKI Kazuaki; MURAKAMI Shuzo; MATSUNAWA Katashi; KAMETANI Shigeki; TAKAGUCHI Hiroto; YOSHINO Hiroshi; ASANO Yoshiharu; OKUMIYA Masaya; SHIMODA Yoshiyuki; MURAKAWA Saburo; YODA Hirotoshi
    Techinical Papers of Annual Meeting the Society of Heating,Air-conditioning and Sanitary Engineers of Japan The Society of Heating,Air-Conditioning&Sanitary Engineers of Japan 2012 157 - 160 2012
  • YAMAMOTO Takaharu; TAKAGUCHI Hiroto; HANZAWA Hisashi; YOSHINO Hiroshi; KAMETANI Shigeki; OKUMIYA Masaya; ASANO Yoshiharu; SHIMODA Yoshiyuki; MURAKAWA Saburo; YODA Hirotoshi; BOGAKI Kazuaki; MATSUNAWA Katashi; MURAKAMI Shuzo
    Techinical Papers of Annual Meeting the Society of Heating,Air-conditioning and Sanitary Engineers of Japan The Society of Heating,Air-Conditioning&Sanitary Engineers of Japan 2012 177 - 180 2012
  • KUROKI Tomoyo; KAWANO Shinpei; SUN* Peng; SUMIYOSHI Daisuke; AKASHI Yasunori; YODA Hirotoshi; GAO Weijun; MAEDA Shoichiro; KATSURA Takao
    Techinical Papers of Annual Meeting the Society of Heating,Air-conditioning and Sanitary Engineers of Japan The Society of Heating,Air-Conditioning&Sanitary Engineers of Japan 2012 165 - 168 2012
  • IKI Yorimasa; OKUMIYA Masaya; ASANO Yoshiharu; SHIMODA Yoshiyuki; MURAKAWA Saburo; YODA Hirotoshi; SUDO Satoshi; YOSHINO Hiroshi; MURAKAMI Shuzo; BOGAKI Kazuaki; MATSUNAWA Katashi; KAMETANI Shigeki; TAKAGUCHI Hiroto; HANZAWA Hisashi
    Journal of Environmental Engineering (Transactions of AIJ) Architectural Institute of Japan 77 (673) 203 - 211 1348-0685 2012 [Refereed]
     
    This research intends to define base load and fluctuation load from the pattern of monthly changes in the energy consumption of office buildings in Japan obtained from the investigation in 2009 fiscal year, and to clarify the characteristics of energy consumption by determining estimation equations.
    It became possible to confirm the tendency by the estimation equation obtained from the multiple regression analyses of base load rate. The reliability of the estimation equation of fluctuation load rate by the multiple regression analysis was higher than that of the estimation equation obtained from the simple regression analysis of the average yearly temperature.
  • YAMAGUCHI Yohei; HANZAWA Hisashi; YOSHINO Hiroshi; ASANO Yoshiharu; OKUMIYA Masaya; MURAKAWA Saburo; YODA Hirotoshi; SUZUKI Yusuke; YAMAZAKI Masato; SHIMODA Yoshiyuki; MURAKAMI Syuzo; BOGAKI Kazuaki; MATSUNAWA Katashi; KAMETANI Shigeki; TAKAGUCHI Hiroto
    Journal of Environmental Engineering (Transactions of AIJ) Architectural Institute of Japan 77 (681) 889 - 897 1348-0685 2012 [Refereed]
     
    Authors gathered and investigated annual energy consumption of 4,194 retail facilities. The retail facilities were classified by the retail categories into department store, general merchandise store, grocery store, garment store, household merchandise store, home center, drag store, convenience-store, shopping center and specialized store. The average of total floor area and annual primary energy consumption per unit floor area were compared among the retail categories. Except the combination between department store and shopping center, these retail categories showed a significant difference in the total floor area and/or annual energy consumption per total floor area. This result implies that classification by retail category contributes to understand the characteristics of energy consumption.
  • TAKAGUCHI Hiroto; MURAKAWA Saburo; YODA Hirotoshi; SAKAMOTO Yuzo; BOGAKI Kazuaki; MURAKAMI Shuzo; IZUTSU Shimpei; WASHIYA Satoshi; KAMETANI Shigeki; HANZAWA Hisashi; YOSHINO Hiroshi; ASANO Yoshiharu; OKUMIYA Masaya; SHIMODA Yoshiyuki
    Journal of Environmental Engineering (Transactions of AIJ) Architectural Institute of Japan 77 (678) 699 - 705 1348-0685 2012 [Refereed]
     
    The number of commercial buildings in Japan is estimated over 10 million and these buildings are considered to emit large amounts of CO2. However, environmental load for commercial buildings has not been fully researched and those researches done in the past have focused on limited subjects or areas in Japan. This research aims to develop a nationwide database on CO2 emission and water usage of commercial buildings which can be used by researchers, policy makers and business people.
    This paper reports the outline of this database and the specific primary energy consumption, which was developed centrally by 33 universities. The data was collected through questionnaire surveys which was conducted between 2007 and 2009, and a total of 40,085 building data was collected, of which 27,902 were disclosed. The collected data was divided into 23 uses and primary energy consumption intensity for the disclosed database were calculated by areas, gloss floor area and year of completion.
  • NAGASE Junta; ASANO Yoshiharu; TAKAMURA Hideki; HANZAWA Hisashi; YOSHINO Hiroshi; MURAKAMI Shuzo; BOGAKI Kazuaki; MATSUNAWA Katashi; KAMETANI Shigeki; TAKAGUCHI Hiroto; OKUMIYA Masaya; SHIMODA Yoshiyuki; MURAKAWA Saburo; YODA Hirotoshi
    Techinical Papers of Annual Meeting the Society of Heating,Air-conditioning and Sanitary Engineers of Japan The Society of Heating,Air-Conditioning&Sanitary Engineers of Japan 2011 613 - 616 2011
  • YODA Hirotoshi; AKASHI Yasunori; GAO Wejiun; KATSURA Takao; SUMIYOSHI Daisuke; MAEDA Shoichiro
    Techinical Papers of Annual Meeting the Society of Heating,Air-conditioning and Sanitary Engineers of Japan The Society of Heating,Air-Conditioning&Sanitary Engineers of Japan 2011 629 - 632 2011
  • XU Lianping; SHI Xingzhi; GAO Weijun; KATSURA Takao; YODA Hirotoshi; AKASHI Yasunori; SUMIYOSHI Daisuke; MAEDA Shoichiro
    Techinical Papers of Annual Meeting the Society of Heating,Air-conditioning and Sanitary Engineers of Japan The Society of Heating,Air-Conditioning&Sanitary Engineers of Japan 2011 641 - 644 2011
  • TAMURA Tsuyoshi; YODA Hirotoshi; AKASHI Yasunori; GAO Weijun; KATSURA Takao; SUMIYOSHI Daisuke; MAEDA Shoichiro
    Techinical Papers of Annual Meeting the Society of Heating,Air-conditioning and Sanitary Engineers of Japan The Society of Heating,Air-Conditioning&Sanitary Engineers of Japan 2011 637 - 640 2011
  • SATO Hideki; WATANABE Hironori; YOSHINO Hiroshi; MURAKAMI Shuzo; BOGAKI Kazuaki; MATSUNAWA Katashi; KAMETANI Shigeki; TAKAGUCHI Hiroto; HANZAWA Hisashi; OKUMIYA Masaya; ASANO Yoshiharu; SHIMODA Yoshiyuki; MURAKAWA Saburo; YODA Hirotoshi
    Techinical Papers of Annual Meeting the Society of Heating,Air-conditioning and Sanitary Engineers of Japan The Society of Heating,Air-Conditioning&Sanitary Engineers of Japan 2011 617 - 620 2011
  • SUN Pughi; AKASHI Yasunori; SUMIYOSHI Daisuke; YODA Hirotoshi; GAO Weijun; KATSURA Takao; MAEDA Shoichiro
    Techinical Papers of Annual Meeting the Society of Heating,Air-conditioning and Sanitary Engineers of Japan The Society of Heating,Air-Conditioning&Sanitary Engineers of Japan 2011 633 - 636 2011
  • KONNO Hiroyuki; YAMAZAKI Masato; SHIMODA Yoshiyuki; YAMAGUCHI Yohei; OKA Tatsuo; YOKOO Noriyoshi; KAIDO Syunsuke; TAKAGUCHI Hiroto; KAMETANI Shigeki; HANZAWA Hisashi; YOSHINO Hiroshi; ASANO Yoshiharu; OKUMIYA Masaya; MURAKAWA Saburo; YODA Hirotoshi; BOGAKI Kazuaki; MATSUNAWA Katashi; MURAKAMI Shuzo
    Techinical Papers of Annual Meeting the Society of Heating,Air-conditioning and Sanitary Engineers of Japan The Society of Heating,Air-Conditioning&Sanitary Engineers of Japan 2011 621 - 624 2011
  • TAKAGUCHI Hiroto; KAMETANI Shigeki; HANZAWA Hisashi; YOSHINO Hiroshi; ASANO Yoshiharu; OKUMIYA Masaya; SHIMODA Yoshiyuki; MURAKAWA Saburo; YODA Hirotoshi; BOGAKI Kazuaki; MATSUNAWA Katashi; MURAKAMI Shuzo
    Techinical Papers of Annual Meeting the Society of Heating,Air-conditioning and Sanitary Engineers of Japan The Society of Heating,Air-Conditioning&Sanitary Engineers of Japan 2011 609 - 612 2011
  • 九州地域における民生業務用建築物のエネルギー消費特性の分析
    河野 慎平; 依田 浩敏; 赤司 泰義; 住吉; 大輔; 渡辺 俊行; 高 偉俊; 葛; 前田 昌一郎
    都市・建築学研究 九州大学大学院人間環境学研究院紀要 九州大学大学院人間環境学研究院 (19) 35 - 43 2011/01 [Refereed]
  • IKEDA Daisuke; YOSHINO Hiroshi; ASANO Yoshiharu; OKUMIYA Masaya; SHIMODA Yoshiyuki; YODA Hirotoshi; MURAKAWA Saburo; NISHINA Daisaku; MURAKAMI Syuzo; BOGAKI Kazuaki; MATSUNAWA Katashi; KAMETANI Shigeki; TAKAGUCHI Hiroto; HANZAWA Hisashi
    Journal of Environmental Engineering (Transactions of AIJ) Architectural Institute of Japan 76 (670) 1109 - 1117 1348-0685 2011 [Refereed]
     
    This study is a part of the project that aims to construct the database for energy consumption of commercial buildings on the national scale. The purpose of this study is to obtain the basic data for energy consumption in the welfare facilities for the most of aged persons. The authors classified the buildings into two types of the residential and non-residential facility, and showed the attributes and energy consumption in each type. On the basis of these results, the factors that will have effect on the energy consumption for the unit of floor area in each type were clarified by the technique of multiple regression analysis. Furthermore, the relationships between the outside mean air temperature in each area and the monthly mean energy consumption in each facility were analyzed. After the monthly values of energy consumption were classified into the non-varied part through a year and the varied parts in summer and winter, the effect of the outside air temperature on each part was clarified by the multiple regression analysis.
  • Comparison of Consciousness of Foreigner and Japanese Consumer to the Green Products
    吉開 大祐; 依田 浩敏
    Proceedings of SUDAC2010, International Conference on Sustainable Urban Design in Asia City Asia Institute of Urban Environment 47 - 52 2010/11
  • Investigation of the Timber Circulation and Design of a Temporary Wooden Building
    河邊 拓紀; 依田 浩敏
    Proceedings of SUDAC2010, International Conference on Sustainable Urban Design in Asia City Asia Institute of Urban Environment 300 - 305 2010/11
  • Study on the Photovoltaic Generation System Suitable for Sun Direction Installed Reflector
    倉内 義弘; 依田 浩敏
    Proceedings of SUDAC2010, International Conference on Sustainable Urban Design in Asia City Asia Institute of Urban Environment 306 - 311 2010/11
  • Field Demonstration on Thermal Environment Improvement using Water Retentive Materials
    依田 浩敏
    Proceedings of SUDAC2010, International Conference on Sustainable Urban Design in Asia City Asia Institute of Urban Environment 277 - 282 2010/11
  • SEGAWA Yoshiaki; KODERA Yuki; TANAKA Erika; KAWANO Shinpei; AKASHI Yasunori; WATANABE Toshiyuki; GAO Weijun; KATSURA Takao; MAEDA Shoichiro; YODA Hirotoshi; MITAYA Masato
    Techinical Papers of Annual Meeting the Society of Heating,Air-conditioning and Sanitary Engineers of Japan The Society of Heating,Air-Conditioning&Sanitary Engineers of Japan 2010.3 2379 - 2382 1880-3806 2010 
    This study is a part of a project that aims at making the database for energy consumption of commercial buildings on the national scale. This paper described the outline of building surveyed, the energy conservation, and actual condition of energy and water consumption in Kyushu. From 2007 to 2009, the 3559 buildings were targeted in the analysis of the energy and water consumption.
  • IKI Yorimasa; SUDO Satoshi; YOSHINO Hiroshi; NAKAMURA Sawako; MURAKAMI Shuzo; BOUGAKI Kazuaki; MATSUNAWA Katashi; KAMETANI Shigeki; TAKAGUCHI Hiroto; HANZAWA Hisashi; OKUMIYA Masaya; ASANO Yoshiharu; SHIMODA Yoshiyuki; MURAKAWA Saburo; YODA Hirotoshi
    Techinical Papers of Annual Meeting the Society of Heating,Air-conditioning and Sanitary Engineers of Japan The Society of Heating,Air-Conditioning&Sanitary Engineers of Japan 2010 2395 - 2398 2010 
    It is important to study on energy consumption of buildings to establish the most suitable management methods for energy saving. However, the basic data of commercial buildings are insufficient. The purpose of this paper is to clarify characteristics of change energy consumption (cooling and heating energy consumption) and base energy consumption of office buildings in Japan. At first, we calculated the change energy consumption and the base energy consumption. There were strong correlations between each energy consumption and floor space.
  • TAKAGUCHI Hiroto; KAMETANI Shigeki; HANZAWA Hisashi; YOSHINO Hiroshi; ASANO Yoshiharu; OKUMIYA Masaya; SHIMODA Yoshiyuki; MURAKAWA Saburo; YODA Hirotoshi; BOGAKI Kazuaki; MATSUNAWA Katashi; MURAKAMI Shuzo
    Techinical Papers of Annual Meeting the Society of Heating,Air-conditioning and Sanitary Engineers of Japan The Society of Heating,Air-Conditioning&Sanitary Engineers of Japan 2010 2343 - 2346 2010 
    This paper reports the methods and results of the survey for DECC in 2009. We report the units of primary energy consumption from 22 uses of building including office, public office, hospital, welfare facility, school and so on. In 2009, we gathered data through a questionnaire which included items of standard (level 2) database in hopes to develop basic (level 1) database.
  • TSUSHIMA Yoko; MURAKAMI Shuzo; BOGAKI Kazuaki; MATSUNAWA Katashi; KAMETANI Shigeki; TAKAGUCHI Hiroto; HANZAWA Hisashi; YOSHINO Hiroshi; ASANO Yoshiharu; OKUMIYA Masaya; SHIMODA Yoshiyuki; MURAKAMI Saburo; YODA Hirotoshi
    Techinical Papers of Annual Meeting the Society of Heating,Air-conditioning and Sanitary Engineers of Japan The Society of Heating,Air-Conditioning&Sanitary Engineers of Japan 2010 2359 - 2362 2010 
    This paper describes the outline of actual condition for building survey, energy and water consumption in Kanto area. This survey is conducted by Japan Sustainable Building Consortium (JSBC). In this study, it is clarified energy and water consumption for three years. In addition, we surveyed the relation between characteristics of buildings and energy saving equipments, business hours, and cooling or heating days, etc. In this survey, the characteristics of energy and water consumption are confirmed.
  • NAKAMURA Sawako; YOSHINO Hiroshi; SUDO Satoshi; IKI Yorimasa; MURAKAMI Shuzo; BOUGAKI Kazuaki; MATSUNAWA Katashi; KAMETANI Shigeki; TAKAGUCHI Hiroto; HANZAWA Hisashi; OKUMIYA Masaya; ASANO Yoshiharu; SHIMODA Yoshiyuki; MURAKAWA Saburo; YODA Hirotoshi
    Techinical Papers of Annual Meeting the Society of Heating,Air-conditioning and Sanitary Engineers of Japan The Society of Heating,Air-Conditioning&Sanitary Engineers of Japan 2010 2391 - 2394 2010 
    In this study, the result of a basic investigation, run by DECC (Data-base for Energy Consumption of Commercial Building), about office buildings during the fiscal year of 2009 is shown. A questionnaire survey addressed to office buildings was carried out nationwide, which helped to understand the actual usage condition of energy consumption. In the investigation, 1463 valid responses were obtained and the national averages of annual primary energy consumption per square meter was 1629[MJ/m^2 ・Year]. It is suggested to perform an extensive analysis to identify which factors influence this consumption.
  • KAWANO Shinpei; AKASHI Yasunori; WATANABE Toshiyuki; YODA Hirotoshi; GAO Weijun; KATSURA Takao; MAEDA Shoichiro; KAMETANI Shigeki; TANAGUCHI Hiroto; HANZAWA Hisashi; YOSHINO Hiroshi; ASANO Yoshiharu; OKUMIYA Masaya; SHIMODA Yoshiyuki; MURAKAWA Saburo
    Techinical Papers of Annual Meeting the Society of Heating,Air-conditioning and Sanitary Engineers of Japan The Society of Heating,Air-Conditioning&Sanitary Engineers of Japan 2010 2387 - 2390 2010 
    The environmental load database of commercial buildings is required to reduce carbon dioxide effectively. This study is a part of a project that aims at the development of the database for energy consumption of commercial buildings in Japan. This paper describes the nation wide analysis of actual condition of monthly energy consumption and water consumption of "university and institute" and "facility for sports".
  • GAO Weijun; AKASHI Yasunori; WATANABE Toshiyuki; YODA Hirotoshi; TANAGUCHI Hiroto; KATSURA Takao; MAEDA Shoichiro; MURAKAMI Shuzo; KAMETANI Shigeki; YOSHINO Hiroshi; HANZAWA Hisashi; OKUMIYA Masaya; ASANO Yoshiharu; MURAKAWA Saburo; SHIMODA Yoshiyuki
    Techinical Papers of Annual Meeting the Society of Heating,Air-conditioning and Sanitary Engineers of Japan The Society of Heating,Air-Conditioning&Sanitary Engineers of Japan 2010 2383 - 2386 2010 
    The report is aimed to grasp their energy consumption and CO2 emission status of all the education facilities managed by Kitakyushu Government for the environment model city. We have examined the floor area and yearly energy consumption of the education facilities in Kitakyushu except for the buildings that still haven't been recorded in the year 2007 and related area.
  • YODA Hirotoshi; SAITO Kenji
    Techinical Papers of Annual Meeting the Society of Heating,Air-conditioning and Sanitary Engineers of Japan The Society of Heating,Air-Conditioning&Sanitary Engineers of Japan 2010 1023 - 1026 2010 
    When the photovoltaic generation system suitable for sun direction installed reflector was designed, the solar irradiance on PV panel by a fixed method and a tracking one was calculated. Moreover, the installation angle installed the upper and lower side reflector, the reflected solar radiation, and the shadow length were calculated. As a result, it is cleared that the tracking is effective on the clear days except at noon, the best angle installed upper reflector is from 20 to 30 degree, and the one installed lower reflector is 60 degree.
  • MIYATA Mai; YODA Hirotoshi
    Techinical Papers of Annual Meeting the Society of Heating,Air-conditioning and Sanitary Engineers of Japan The Society of Heating,Air-Conditioning&Sanitary Engineers of Japan 2010 1011 - 1014 2010 
    In this study, the green houses and the reformed ones that the enterprise in Fukuoka Prefecture is working are investigated and compared. And this study aims to make the guide book that becomes the source of the green houses and the energy conserved reform for introduction promotion of them to contribute to global warming measures. The questionnaire was done to the construction companies and the residents that executed the ecological reform in Kyushu and Yamaguchi,
  • SAITO Kenji; YODA Hirotoshi
    Techinical Papers of Annual Meeting the Society of Heating,Air-conditioning and Sanitary Engineers of Japan The Society of Heating,Air-Conditioning&Sanitary Engineers of Japan 2010 1027 - 1030 2010 
    In this paper, the outline of the measuring system and the results of power generation were described. This measuring system is constructed with low-cost and easy-to-get instruments. The measuring data was obtained from September 2009 to February 2010 except for the period in bad condition of instruments and in unseasonable weather. As a result, an actual measurement of power conversion efficiency of PV panel was obtained from measuring data in February 2010 when the PV panel was fixed in the direction to directly south.
  • 齋藤 健二; 依田 浩敏
    Kayanomori 近畿大学産業理工学部 (13) 27 - 34 1349-5801 2010 
    When the photovoltaic generation system suitable for sun direction installed reflector was designed, the solar irradiance on PV panel by a fixed method and a tracking one was calculated. Moreover, the installation angle installed the upper and lower side reflector, the reflected solar radiation, and the shadow length were calculated. As a result, it is cleared that the tracking is effective on the clear days except at noon, the best angle installed upper reflector is from 20 to 30 degree, and the one installed lower reflector is 60 degree. The measuring data was obtained from September 2009 to February 2010 except for the period in bad condition of instruments and in unseasonable weather. As a result, an actual measurement of power conversion efficiency of PV panel was obtained from measuring data in February 2010 when the PV panel was fixed in the direction to directly south.
  • TANAKA Ken-ichi; HAGISHIMA Aya; KITAYAMA Hiroki; YODA Hirotoshi
    AIJ Journal of Technology and Design Architectural Institute of Japan 16 (34) 1019 - 1022 1341-9463 2010 
    In order to evaluate thermal environment improvement on the Fukuoka City Hall Square, a field demonstration experiment was carried out using water retentive materials. The materials applied were natural grass sheets and water-retainable artificial grass sheets. These materials were installed temporary on the square made from white artificial stones, and the thermal properties were observed in summer season. Thermal radiation on the human body was improved on each material in the daytime, but the atmospheric heating by sensitive heat in the daytime was increased on the artificial grass, because of the surface temperature rising.
  • Field measurements about cooling effect of a river in Fukuoka City
    依田 浩敏; 北山広樹; 萩島理; 田中憲一
    Berichte des Meteorologischen Instituts der Albert-Ludwigs-Universit?t Freiburg Albert-Ludwigs-University of Freiburg (18) 125 - 130 2009/03
  • TANAKA Erika; YODA Hirotoshi; AKASHI Yasunori; MAEDA Shouichiro; MIYATA Masato; WATANABE Toshiyuki; KAMETANI Shigeki; TANAGUCHI Hiroto; HANZAWA Hisashi; YOSHINO Hiroshi; OKUMIYA Masaya; SHIMODA Yoshiyuki; MURAKAWA Saburo
    Techinical Papers of Annual Meeting the Society of Heating,Air-conditioning and Sanitary Engineers of Japan The Society of Heating,Air-Conditioning&Sanitary Engineers of Japan 2009 1163 - 1166 2009 
    The environmental load database of commercial buildings is required to reduce carbon dioxide effectively. This study is a part of a project that aims at making the database for energy consumption of commercial buildings on the national scale. This paper describes the nation wide analysis of actual condition of monthly energy consumption and water consumption of "university and institute" and "facility for sports" .
  • MIYATA Mai; YODA Hirotoshi
    Techinical Papers of Annual Meeting the Society of Heating,Air-conditioning and Sanitary Engineers of Japan The Society of Heating,Air-Conditioning&Sanitary Engineers of Japan 2009 1187 - 1190 2009 
    In this study, the energy consumption and the opinions of inhabitants were surveyed. The aim of this study is to clear the problem and the solution when the photovoltaic generation system will be introduced in the future. The objective apartment houses are interconnected the photovoltaic generation system in each house, and all inhabitants can utilize one. Power consumption and the lighting and heating expenses have been reduced by introducing the system by which the electric power company buys surplus electricity. Through the questionnaire, the inhabitants have positive consciousness of the energy conservation.
  • YODA Hirotoshi; TANAKA Erika; AKASHI Yasunori; MIYATA Masato; MAEDA Shoichiro; WATANABE Toshiyuki
    Techinical Papers of Annual Meeting the Society of Heating,Air-conditioning and Sanitary Engineers of Japan The Society of Heating,Air-Conditioning&Sanitary Engineers of Japan 2009 1143 - 1146 2009 
    This study is a part of a project that aims at making the database for energy consumption of commercial buildings on the national scale. This paper described the outline of building surveyed, the energy conservation, and actual condition of energy and water consumption in the Kyushu. The 1733 buildings were surveyed outline of building, measures to energy conservation. And the 1018 buildings were targeted in the analysis of the energy and water consumption.
  • Mai Miyata; Hirotoshi Yoda
    6TH INTERNATIONAL SYMPOSIUM OF ASIA INSTITUTE OF URBAN ENVIRONMENT: ENERGY CONSERVATION AND CARBON OFF IN ASIA CITY JILIN PUBLISHING GROUP LTD 8 - 11 2009 [Refereed]
     
    In Japan, the spread ratio of the PV system in the residence sector is 1 %, and its users are nearly 300,000 detached houses. In addition, it is also operated in apartment houses, but it is small-scale and is limited to the common sector. From now on, it is expected that PV systems will be positively introduced to apartment houses as a latent market. In this study, the energy consumption and the opinions of inhabitants are surveyed. The aim of this study is to make clear the problems and the solutions when the photovoltaic generation system is introduced in the future. In those apartment houses, each house has the photovoltaic generation system. And all inhabitants can utilize it. Power consumption and the lighting and heating expenses have been reduced by introducing the system from which the electric power company buys surplus electricity. According to the questionnaire, the inhabitants have positive consciousness of the energy conservation. It is one of the factors to change inhabitants' consciousness to the energy use that the lighting and heating expenses become cheap. Moreover, there are in habitants who have got interested in environments. Most residents answer that the system should be positively introduced. It can be guessed that there are great the system in the houses industry. The apartment houses in which solar panels are installed are environmentally oriented buildings which make cost of fuel and light greatly cheaper.
  • Mai Miyata; Hirotoshi Yoda
    6TH INTERNATIONAL SYMPOSIUM OF ASIA INSTITUTE OF URBAN ENVIRONMENT: ENERGY CONSERVATION AND CARBON OFF IN ASIA CITY JILIN PUBLISHING GROUP LTD 8 - 11 2009 
    In Japan, the spread ratio of the PV system in the residence sector is 1 %, and its users are nearly 300,000 detached houses. In addition, it is also operated in apartment houses, but it is small-scale and is limited to the common sector. From now on, it is expected that PV systems will be positively introduced to apartment houses as a latent market. In this study, the energy consumption and the opinions of inhabitants are surveyed. The aim of this study is to make clear the problems and the solutions when the photovoltaic generation system is introduced in the future. In those apartment houses, each house has the photovoltaic generation system. And all inhabitants can utilize it. Power consumption and the lighting and heating expenses have been reduced by introducing the system from which the electric power company buys surplus electricity. According to the questionnaire, the inhabitants have positive consciousness of the energy conservation. It is one of the factors to change inhabitants' consciousness to the energy use that the lighting and heating expenses become cheap. Moreover, there are in habitants who have got interested in environments. Most residents answer that the system should be positively introduced. It can be guessed that there are great the system in the houses industry. The apartment houses in which solar panels are installed are environmentally oriented buildings which make cost of fuel and light greatly cheaper.
  • Daisuke Yoshikai; Hirotoshi Yoda
    6TH INTERNATIONAL SYMPOSIUM OF ASIA INSTITUTE OF URBAN ENVIRONMENT: ENERGY CONSERVATION AND CARBON OFF IN ASIA CITY JILIN PUBLISHING GROUP LTD 655 - 658 2009 [Refereed]
     
    In this study, taken up the environment-conscious, green products, the factor to which the consumer is attaching importance is searched when buying it, the environmental additional value is quantified, and the valuation model is made using the contingent valuation scheme. The following effects can be expected; The target that should be aimed can be shown for spreading the environmental-related technology, the new products of environmental-conscious type, and it becomes help to do efficient specs design. The objective judging material the quality of an environmental performance is posted to the consumer. The plan that presses the consideration improvement is presented to a technological domain that consumer's consciousness for the environment is insufficient. And the measures to reinforce the original value of products to a technological domain that the only severe cost comparison have spread over. In this study, it is cleared that which of four factors, a price, a basic performance, an optional function, and an environmental performance is given priority, when the consumer buys the green products. Moreover, it is cleared what factor is liked as an additional value using the analytic hierarchy process. The questionnaire, by analytic hierarchy process and method of rank order, about a tissue and a furniture product, a standard desk, against general person and students was carried out.
  • Yoshiaki Segawa; Hirotoshi Yoda
    6TH INTERNATIONAL SYMPOSIUM OF ASIA INSTITUTE OF URBAN ENVIRONMENT: ENERGY CONSERVATION AND CARBON OFF IN ASIA CITY JILIN PUBLISHING GROUP LTD 255 - 259 2009 [Refereed]
     
    In Japan, paper has been traditionally used as construction materials along with wood. Recently, however, concrete, cement, and stone have been mainly used because of durability. Originally, paper is flexible, strong and delicate material. And it has a lot of workability, rich in heat insulation property, and soundproofing. In this study, the temporary building with the new material made of paper, Shi-an, designed. In addition, the environmentally-sound material cycle and independence type pre-fabricated temporary building is produced by usimg natural energy, the photovoltaic generation. Shi-an panel is an epoch-making newly developed construction material with excellent heat insulation property, strength, lightness and a flexible processing performance. And this construction material can be reused aid recycled. Moreover, because the panel is made of recycled paper, the environment friendly and high cost performance becomes possible. Furthermore, in order to appraise the environmental efficiency of this building made of paper panel, the indoor thermal environment, the indoor air, the indoor lighting and the sound are surveyed. "Shi-an panel" is an epoch-making developed newly construction material panel with excellent heat insulation property, strength, lightness, and a flexible workability, and it can be recycled and reused. It has been cleared that it has enough insulation and soundproofing performance through the measurement.
  • Hirotoshi Yoda
    6TH INTERNATIONAL SYMPOSIUM OF ASIA INSTITUTE OF URBAN ENVIRONMENT: ENERGY CONSERVATION AND CARBON OFF IN ASIA CITY JILIN PUBLISHING GROUP LTD 487 - 490 2009 [Refereed]
     
    According to the Fukuoka Meteorological Observatory in Japan, the annual mean temperature of the latest 10 years rises at 1.1 degrees C compared with 30 years ago in Fukuoka City. In addition, the area where the urbar heat island phenomenon is especially serious has concentrated on the Tenjin central district and the outskirts of Hakata Station district, by the past investigation and research concerning the urban heat island phenomenon of Fukuoka City. When the current state around those districts is seen, the northern area looks out on the Hakata Bay, the southern area ranges mountainous hill with the altitude, and the river flows in the urban area like connecting them. In this paper, to reduce heat island effects by using a peculiar geographical features condition to Fukuoka City, the urbanization promotion area where the urban heat island phenomenon is remarkable is made a district for the plan.
  • TANAKA Ken-ichi; HAGISHIMA Aya; KITAYAMA Hiroki; YODA Hirotoshi
    AIJ Journal of Technology and Design Architectural Institute of Japan 15 (31) 793 - 796 1341-9463 2009 
    In order to evaluate the effects of grass spots on mitigating urban heat-island phenomena, radiation and heat balances were observed on a grass spot and an artificial ground in summer season. In the daytime, the air and the surface temperatures on the grass spot were much the same as those on the artificial ground, but the downward conductive heat flux on the grass surface was much lower, due to the latent-heat consumption. The surface temperature on the grass spot dropped rapidly in the evening, and the air on the cold grass surface was cooled through the nighttime.
  • 依田 浩敏; 赤司 泰義; 渡辺 俊行
    IBEC 建築環境・省エネルギー機構 29 (3) 38 - 41 0389-2638 2008/09
  • YODA Hirotoshi; LIU Jun; TANAKA Erika; SHINOZAKI Masahiro; AKASHI Yasunori; WATANABE Toshiyuki
    Techinical Papers of Annual Meeting the Society of Heating,Air-conditioning and Sanitary Engineers of Japan The Society of Heating,Air-Conditioning&Sanitary Engineers of Japan 2008 641 - 644 2008 
    This paper describes the CO_2 emission related to the energy consumption, the water consumption and the CO_2 emission related to the related to the water consumption in the Kyushu. The 827 buildings were targeted in the analysis. The CO_2 emission unit per building use was cleared by the building scale, by the completed year, by the business hours and by the used energy combination.
  • LIU Jun; TANAKA Erika; SHINOZAKI Masahiro; AKASHI Yasunori; YODA Hirotoshi; WATANABE Toshiyuki
    Techinical Papers of Annual Meeting the Society of Heating,Air-conditioning and Sanitary Engineers of Japan The Society of Heating,Air-Conditioning&Sanitary Engineers of Japan 2008 637 - 640 2008 
    This study is a part of a project that aims at the energy consumption database for buildings on the national scale. This paper described the outline of surveyed building and the energy consumption in the Kyushu. The 1084 buildings were surveyed the building scale, the parking lot ratio, the main building use ratio, the business hours, the owner, the used energy combination, the completed year and heating/cooling period. And the 827 buildings were targeted in the analysis of the energy consumption.
  • クリマアトラスの実用化に関する研究 その４ 気候に配慮した長野市のまちづくりのワークショップ
    岩井一博; 依田 浩敏; 高木直樹; 滝澤勇輝; 山田千文; 日本建築学会環境工学委員会都市環境; 都市設備運営委員会都市環境気候図小委員会
    日本建築学会技術報告集 日本建築学会 (24) 229 - 232 2006/12
  • 廃棄物の不法投棄・不適正処理防止のための支援システムの構築とその実証研究
    依田 浩敏
    日本建築学会技術報告集 日本建築学会 (23) 229 - 232 2006/06
  • YODA Hirotoshi
    AIJ Journal of Technology and Design Architectural Institute of Japan 12 (23) 229 - 232 1341-9463 2006 
    In this study, the checklists for attestation against the waste conveyance/disposal contractors were made. And the prior notification system for movement of waste using RFID IC tag was constructed. This system is composed of the IC tag put up to waste, the cellular phone, the reader/writer, GPS installed in the vehicle and the information management center. Through the field survey and the empirical study, their possibility and some problems that should be examined were cleared.
  • 池 智大; 福田 展淳; 依田 浩敏
    かやのもり 近畿大学産業理工学部 (4) 9 - 14 1349-5801 2006
  • 仙台都市域を対象としたワークショップによる気候解析図と計画指針図作成の試み クリマアトラスの実用化に関する研究（その3）
    日本建築学会環境工学委員会都市環境; 都市設備小委員会クリマアトラスの実用化ワーキンググループ; 依田 浩敏
    日本建築学会技術報告集 日本建築学会 (20) 183 - 186 2004/12
  • 風と日本の街づくり 福岡の風
    依田 浩敏
    BIO-City BIO-City BIO-City (27) 16 - 17 2004/02
  • YODA Hirotoshi
    Techinical Papers of Annual Meeting the Society of Heating,Air-conditioning and Sanitary Engineers of Japan The Society of Heating,Air-Conditioning&Sanitary Engineers of Japan 2004 265 - 268 2004 
    It aims at grasping how elderly-people feel thermal environments, air temperature and relative humidity was measured and hearing about air conditioning use was conducted at welfare facilities in Kitakyushu. The survey period was from September 30 to October 4 in 2003. Air temperature and relative humidity measured interval was one minute. Moreover, hearing was conducted to the elderly-people after lunch or supper from September 30 to October 3.
  • 依田 浩敏; 白石 靖幸
    日本建築学会技術報告集 日本建築学会 10 (19) 383 - 383 1341-9463 2004
  • SHIRAI Yuko; YODA Hirotoshi; MURAKAMI Kimiya
    Journal of Environmental Engineering (Transactions of AIJ) Architectural Institute of Japan 69 (586) 75 - 81 1348-0685 2004 
    Followings are the results of this research, 1) 72.0% of the people answered that water quality in Onga River is "relatively dirty" or "dirty". 2) 70.4% of the whole region worried about quality of water supply cause of the aggravation of the water quality in Onga River. And people worried more about water quality in lower basin region (79.2%) and rather more about ecology in upper basin region (25.1%). 3) As reasons for aggravation of the water quality 76.3% of the whole region pointed the drainage from the human life. 4) Improvement of the water quality in BOD from 5.0mg/L to 1.0mg/L was contingent-valued as 10,150 yen to each answerer. 5) 59.0% of the answerers require providing the water facilities integrated in the whole river basin region. Water facilities should be provided after the sphere of river basin region considering the natural circulatory system.
  • Study on practical use of klimaatlas（Part 2）A trial to make the climate analysis map and the recommendation map by Kitakyushyu workshop
    依田 浩敏; 日本建築学会環境工学委員会環境設計小委員会; クリマアトラスの実用化ワーキンググループ
    技術報告集 日本建築学会 (18) 203 - 206 2003/12 
    平成14 年9 月に「クリマアトラスの実用化に向けたワークショップin 北九州」を開催し、北九州を対象として、気候環境を考慮した計画案について討議を行った。
  • GAO Weijun; YODA Hirotoshi; SAGARA Noriyasu; RYU Yuji
    Techinical Papers of Annual Meeting the Society of Heating,Air-conditioning and Sanitary Engineers of Japan The Society of Heating,Air-Conditioning&Sanitary Engineers of Japan 2003 1665 - 1668 2003
  • YODA Hirotoshi
    Techinical Papers of Annual Meeting the Society of Heating,Air-conditioning and Sanitary Engineers of Japan The Society of Heating,Air-Conditioning&Sanitary Engineers of Japan 2003 1673 - 1676 2003
  • 依田 浩敏
    建築雑誌 日本建築学会 117 (1492) 87 - 88 0003-8555 2002/08
  • Actual conditions and future subjects of energy and water consumption for an environmentally symbiotic house
    依田 浩敏
    建築設備士 建築設備技術者協会 34 (4) 22 - 26 2002/04 
    実際に建設された環境共生型集合住宅を対象に、 各住戸での月別エネルギー・水消費量の実態について明らかにした。 また、 器具使用に関するアンケート調査を実施し、 積算法を用いることによって、 使用器具ごとの年間エネルギー消費量と、 用途別年間エネルギー消費量の推定を行った。
  • MORIYAMA Masakazu; MIYAZAKI Hiroshi; YOSHIDA Atsumasa; TAKEBAYASHI Hideki; ASHIE Yasunobu; NARITA Ken-ichi; YODA Hirotoshi; DOI Tadashi
    AIJ Journal of Technology and Design Architectural Institute of Japan 8 (15) 199 - 202 1341-9463 2002 
    The thermal environments of the three types of urban blocks were observed on the street in Osaka in the summer season. Air temperature and surface temperature of each urban block were high in comparison with Osaka Castle Park. Temperature differences of urban blocks in the daytime were bigger than those in the early morning. MRT was influenced by the sky and green cover ratio strongly, and in the street whose sky cover ratio was small that it was surrounded by a high-rise building MRT became small. And in the street whose green cover ratio was big by the street trees MRT was small compared with other streets. SET each urban block takes the influence of MRT strongly, SET of small, and it was improved as a thermal environment because the comparatively big amount of ventilation was secured in the street whose width was big like OBP (Osaka Business Park) in the daytime.
  • YODA Hirotoshi
    Reports of Kyushu School of Engineering,Kinki University Kinki University 30 (30) 65 - 70 1345-9430 2002 
    For future ecological campus plan, opinion poll about campus environment against students, teachers and staff has done. In this paper, the acts of smoking, waste, energy conversation and resources conservation are described. Positive view of putting the campus environment in good condition is cleared. It is necessary that introduction of deposit system and better mannered.
  • Study on practical use of Klimaatlas A trial to make the recommendation map by workshop
    依田 浩敏; 日本建築学会環境工学委員会環境設計小委員会; クリマアトラスワーキンググループクリマアトラス研究会
    日本建築学会技術報告集 日本建築学会 (14) 207 - 210 2001/12 
    2001 年 3 月 5 日に神戸市内においてクリマアトラスの実用化に向けたワークショップを開催し、 これまでに整備されている気候解析図に基づいた計画指針図の作成過程について検討を行った。 ワークショップを通して得られた知見をまとめた。
  • YODA Hirotoshi; KITAYAMA Hiroki; NISHIDA Masaru
    Journal of Architecture and Planning (Transactions of AIJ) Architectural Institute of Japan 66 (549) 67 - 74 1340-4210 2001 
    This paper shows the actual conditions of energy and water consumption of every dwelling unit and in public space in an environmentallysymbiotic apartment house through investigation, questionnaire and comparison with the results of the other type houses. At this house, solar thermal water heater, solar cells, light court, planting parking, utilization of rainwater, wind power generation,water-saving equipment are introduced. Energy and water consumption per month are investigated through reading a meter. Annual energy consumption per utensil and per useis calculated by adding up method. Electric consumption forms 61.5% of annual energy consumption per unit, 28630.9MJ/a And annual CO_2 emission per unit is 690.9kg-C/a.
  • YODA Hirotoshi
    Reports of Kyushu School of Engineering,Kinki University Kinki University 29 (29) 123 - 134 1345-9430 2001 
    This study aims at grasping the energy/environmental education in elementary schools, junior high schools and high schools and finding problems to be solved through the questionnaire. The questionnaire covered as follows; (1) how system is in schools, (2) how energy/environmental education in curriculum, course and activity is practiced, (3) what and how learning method and subsidiary teaching materials are, (4) how often outside lecturers are used, (5) how teachers get information and its support, (6) how cooperation with schools, homes and community are, (7) what present and future problems are, and so forth.
  • Composite Recycling Center for Construction and Demolition Waste
    Proceedings of 3rd International Symposium on Architectural Institute in Asia 1034 - 1045 2000
  • YODA Hirotoshi; KITAYAMA Hiroki; KATAYAMA Tadahisa; NISHIDA Masaru
    Journal of Architecture and Planning (Transactions of AIJ) Architectural Institute of Japan 65 (536) 101 - 107 1340-4210 2000 
    We calculated heat demand and heat load density using building survey in Fukuoka City. And we made heat load density map per town. Heat demand is calculated multiplying total floor area for 9 uses that put together 22 building uses by energy consumption per unit area. And heat load density is calculated dividing heat demand by block area. The ratio of total floor area for houses, business and commercial is high in Fukuoka City. Estimated annual heat demand is 28966.3 TJ/a and estimated heat load density is 0.85 TJ/(ha・a) in Fukuoka City.
  • YODA Hirotoshi
    Reports of Kyushu School of Engineering,Kinki University Kinki University 28 (28) 51 - 57 1345-9430 2000 
    In this paper, it is described that reverberation time measured at 9 halls located the Fukuoka City. And through calculating ratio of reverberation time, frequency characteristics of position, volume and use, they are cleared.
  • YODA Hirotoshi
    Reports of Kyushu School of Engineering,Kinki University Kinki University 28 (28) 59 - 71 1345-9430 2000 
    For solving the environmental problems, it is necessary to cooperate administration, residents and so forth. In this paper, it is described that the result of a hearing survey of environmental policy to 25 local governments located Chikuhou Region, in the Fukuoka Prefecture. The items are "environmental problems", "residents" interests in environmental problems", "grappling with environmental problems", "public informations", "ecoactivities by citizens or NGO", and so forth. The main environmental problems to the governments concerned are waste from living and illegal dumping. Because of reporting on journalism, residents are more interested in environmental problems than before. The main items grappling with environmental problems are measuring against waste from living and pushing with environment education. Grappling with environmental protection is regarded as important matter. But it is not given enough publicity. Ecoactivities by citizens or NGO is not grasped enough. Adopting green purchase or environmental management system is thought to be conservative.
  • YODA Hirotoshi
    Journal of Architecture and Planning (Transactions of AIJ) Architectural Institute of Japan 64 (522) 115 - 121 1340-4210 1999 
    In recent years a trend developing a seaside area as a new residential site has become common. However it is necessary to examine local characteristics, natural environment, living environment, safety and crime prevention. Some problems that must be solved became clear for the living conditions by the questionnaire that was filled out by residents at a seaside area. One of than is the damage from salty breezes from sea. Through the investigation of details and frequency of repairs for housing estates, it became clear that outside repair for housing at the seaside area was more frequent than for one at the inland. This paper describes the relationships between the concentration of the chloride ionic contained in atmosphere and atmospheric weather condition or space elements by examining sea water aerosol concentration which is to be a precondition against the damage from salty breezes. In this study, the survey area is the Hakata bay area, Fukuoka City, in Japan.
  • YODA Hirotoshi; KITAYAMA Hiroki; KATAYAMA Tadahisa; NISHIDA Masaru
    Journal of Architecture and Planning (Transactions of AIJ) Architectural Institute of Japan 64 (517) 99 - 105 1340-4210 1999 
    Annual thermal demands for heating and cooling on built-up and redevelopment districts scattered on leading cities in Kyushu are estimated based on floor area of building use, further, some suitable districts for District Heating and Cooling (DHC) are picked up. Possible area in and around the cities for utilization of unused energy are selected by concerned with its heat demands characteristics and unused energy distribution, further the quantity of usable energy sources are calculated on the possible area. The feasibility of using unused energy in the suitable districts are discussed and its effects of energy saving and anti-pollution are made clear comparing DHC system including unused energy sources with unit air conditioning system.
  • Kitayama Hiroki; Yoda Hirotoshi; Nishida Masaru
    九州産業大学工学部研究報告 Kyushu Sangyo University 35 (35) 245 - 250 0286-7826 1998/12
  • Yoda Hirotoshi; Katayama Tadahisa
    神戸大学都市安全研究センター研究報告 神戸大学都市安全研究センター 1 63 - 78 1342-9167 1998/07
  • SADOHARA Satoru; NAGANO Katsunori; MIURA Masao; MURAKAMI Kimiya; MORIYAMA Masakazu; SHIMODA Yoshiyuki; KATAYAMA Tadahisa; YODA Hirotoshi; KITAYAMA Hiroki
    Journal of Architecture and Planning (Transactions of AIJ) Architectural Institute of Japan 63 (510) 61 - 67 1340-4210 1998 
    The purpose of this study is to clearify the possibility of diffusion of District Heating and Cooling (DHC) in Japan in the near future and its effects on global environment preservation. We selected potential supplied areas of DHC in all over Japan by analyzing heating, cooling and hot-water demand character. We investigated the sourrounding unused energy of the selected areas and analyzed its effect. As a result, total DHC demand is 259,933TJ/a (62,185Tcal/a), that is quivalent to 11.1% of total demand in Japan. By using unused energy as heat sources, 88,733TJ/a (21,228Tcal/a) of primary energy consumption and 1.78 mil.ton of CO_2 emission can be reduced per year in Japan. It means that the DHC promotion is very important and realistic policy in urban area for CO_2 emission which contributes to global environment preservation.
  • YODA Hirotoshi
    Reports of the Faculty of Engineering, Kinki University in Kyushu. Science and technology section Kinki University 25 (25) 49 - 54 0288-738X 1996/12 
    A science and research city is thought out a plan and constructed. Many science and research city are attached importance to activate regional industries in cooperation with industry, government and university. In Kyushu, it is without an exception. In this study, it is considered what and how the science and research city in Kyusyu should be. Through the investigation of location and circumstances of university, it is clear what and how educational side should be. And through the investigation of location and circumstances of corporate research and develop ment section, it is clear what and how industrial side should be.
  • 都市防災対策のための避難広場の確保に関する研究
    69,56-59 1993
  • WATANABE Hironori; YODA Hirotoshi; OJIMA Toshio
    Journal of Architecture, Planning and Environmental Engineering (Transactions of AIJ) Architectural Institute of Japan 443 (0) 21 - 29 0910-8017 1993 
    In this study, it was shown that the applied usage of the geographical information and a mapping method of multi-temporal earth surface temperature distributions for wider city area, and it was compared with Landsat IR data. First, earth surface temperatures were measured severally by portable infrared thermometer to set measured times to the overpass time of Landsat. Variations of surface temperatures for 24 hours at intervals of one hour in. summer days were drawn. Land use index was corresponded with its land cover, and applied measured surface temperatures to land use data. So earth surface temperature distribution maps were drawn. Next, map by using Landsat data was compared with one by using geographical information, and effectualness was investigated.
  • YODA Hirotoshi
    Reports of the Faculty of Engineering, Kinki University in Kyushu. Science and technology section Kinki University 21 59 - 65 0288-738X 1992/12 
    This study aims at grasping the true living conditions in the bay area and finding problems to be solved through the questionnaire conducted in Yashio and Shibaura districts in Tokyo, which were chosen as model districts The questionnaire, which was distributed from September 25th to 27th in 1989 and collected from September 28th to October 7th in 1989, covered (1) what residents live in what dwelling conditions, (2) what evaluation and demands residents have towards their housing environment and the houses they currently live in, (3) what they think of the bay area and how they take advantage of that, (4) what crime prevention and disaster measures they take and what injuries or damages they have actually suffered, and (5) how they estimate high rise housing
  • 依田 浩敏
    建築雑誌 日本建築学会 106 (1313) 78 - 78 0003-8555 1991/05
  • Koide Osamu; Tadasue Hiromi; Yoda Hirotoshi
    HOUSING RESEARCH FOUNDATION ANNUAL REPORT Housing Research Foundation "JUSOKEN" 17 (0) 199 - 208 0916-1864 1991 
    Recently the bay area has been extensively developed into a new residential area, therefore it is necessary to examine and study relations between a newly developed district and an adjacent urban district, the bay area's geographical characteristics, basic conditions for living such as natural environment and living environment, and safety and crime prevention. This study aims at grasping the true living conditions in the bay area and finding problems to be solved through the questionnaire conducted in Yashio and Shibaura districts in Tokyo, which were chosen as model districts. The questionnaire, which was distributed from September 25th to 27th in 1989 and collected from Septembei 28 to October 7 in 1989, covered (1) what residents live in what dwelling conditions, (2) what evaluation and demands residents have towards their housing environment and the houses they currently live in, (3) what they think of the bay area and how they take advantage of that, (4) what crime prevention and disaster measures they take and what injuries or damages they have actually suffered, and (5) how they estimate high rise housing. According to the result, short commuting time from home to a place of work-among the bay area's geographical characteristics-gained favorable evaluation, however the reality of the development appeared to be far from the one in harmony with the surroundings. Residents are anxious about disasters which high-rise buildings and soft reclaimed land might cause and worry about supply and processing facilities' interruptions which the bay area's geographical factors might trigger. The questionnaire also confirmed an increase of urban-type crimes.
  • 依田 浩敏
    建築雑誌. 建築年報 日本建築学会 1990 (1990) 145 - 145 1990/09
  • 広域災害におけるリモートセンシング利用に関する研究
    日本建築学会計画系論文報告集 411 1990
  • リモートセンシングによる市街地分布の解析法に関する研究
    日本建築学会計画系論文報告集 388 1988

Books etc

  • 日本建築学会 (Contributor7.1都市の資源 7.2都市の廃棄物環境)森北出版 2020/04 9784627553514 v, 332p 133-139
  • 住環境エネルギー講座～設備編～【大阪地域版】
    依田 浩敏 (Single workシラバス・コマシラバス、1コマ「総論／基準・制度」、2コマ「住宅関連の機器」、3コマ「再生エネルギー利用」、4コマ「ワークショップ」)2018/02
  • 住環境エネルギー講座～設備編～【愛知地域版】
    依田 浩敏 (Single workシラバス・コマシラバス、1コマ「総論／基準・制度」、2コマ「住宅関連の機器」、3コマ「再生エネルギー利用」、4コマ「ワークショップ」)専門学校東京テクニカルカレッジ 2018/02
  • 住環境エネルギー講座～設備編～【東京地域版】
    依田 浩敏 (Single workシラバス・コマシラバス、1コマ「総論／基準・制度」、2コマ「住宅関連の機器」、3コマ「再生エネルギー利用」、4コマ「ワークショップ」)専門学校東京テクニカルカレッジ 2018/02
  • 住環境エネルギー講座 問題開発
    依田 浩敏 (Contributor第三章 計画（１）、第四章 計画（２）)専門学校東京テクニカルカレッジ 2017/02
  • 住環境エネルギー講座【福岡編】
    依田 浩敏 (Single work1コマ 総論・ライフスタイル、2コマ 計画（１）・（２）、3コマ 設備、4コマ 施工、5コマ 評価、6コマ 履修判定試験)専門学校東京テクニカルカレッジ 2017/02
  • 住環境エネルギー講座【高知編】
    依田 浩敏 (Single work1コマ 総論・ライフスタイル、2コマ 計画（１）・（２）、3コマ 設備、4コマ 施工、5コマ 評価、6コマ 履修判定試験)専門学校東京テクニカルカレッジ 2017/02
  • 住環境エネルギー講座【岡山編】
    依田 浩敏 (Single work1コマ 総論・ライフスタイル、2コマ 計画（１）・（２）、3コマ 設備、4コマ 施工、5コマ 評価、6コマ 履修判定試験)専門学校東京テクニカルカレッジ 2017/02
  • 都市環境学
    依田 浩敏 (Contributor5.2.4データ処理手法、8.3.2広域のエネルギー需要量の推計)森北出版株式会社 2016/06
  • 東日本大震災合同調査報告 建築編８建築設備・建築環境
    依田 浩敏 (Contributor第8章エネルギー消費量8.2施設別の節電対策とエネルギー消費量、8.2.5大学・研究施設、8.2.7スポーツ施設)東日本大震災合同調査報告書編集委員会 2015/05 pp.363-365、pp.369-371
  • 『光』の制御技術とその応用事例集
    依田 浩敏 (Contributor第2章 光の反射を制御するには？ 第13節 太陽光発電システム効率向上のための反射板活用技術)株式会社技術情報協会 2014/03 pp.183-189
  • 城市？境气候？－可持？城市？？？助信息系？工具, 第八章 日本城市？境气候？？用与案例研究 二、案例研究 3､福？(Fukuoka) 城市？境气候？
    任超; 依田 浩敏; 恩融 (Joint work)中国建筑工？出版社 2012/09
  • 都市環境エネルギー用語辞典
    名; 依田 浩敏 (Joint work)社団法人都市環境エネルギー協会 2010/10
  • 〈緑化〉エコリーダーになろう
    環境カウンセラー全国連合会; 依田 浩敏 (Joint work)中央経済社 2009/02
  • Urban environmental study 5. 2. 4 The techinique of data processing
    依田 浩敏 (Single work)森北出版㈱ 2003/05 
    第5章都市環境計測手法の5. 2リモートセンシングの中で、前処理、カラー画像合成、土地被覆分類について解説した。
  • Urban environmental study 8. 3. 2 Estimation of the energy demand of a wide area
    依田 浩敏 (Single work)森北出版㈱ 2003/05 
    第8章都市のインフラストラクチャー整備の8.3需要量の推計手法の中で、エネルギー消費原単位を用いた広域のエネルギー需要量の推計法について解説した。
  • Klimaatlas for urban environment
    2001
  • 都市環境のクリマアトラス
    ぎょうせい 2001
  • 建築学用語辞典(共著)
    岩波書店 1993
  • 地域冷暖房システム(共著)
    (株)井上書院 1992

Conference Activities & Talks

Works

  • いいづかサイクルグリーンマップ Ver.1
    依田 浩敏; いいづか環境市民会議 Artistic activity 2006/04
  • 直方市環境基本計画策定業務
    2001 -2003

MISC

Industrial Property Rights

  • 実願2008-000201:太陽電池モジュールの取付構造  2008年/01
    依田 浩敏, 江口英範, 安田朋, 黒岩貞治
  • 特願2006-224357:高強度集成材及びその製造方法  2007年
    福田 展淳, 依田 浩敏, 白石 龍生, 池 智大
  • 特願2004-318286:太陽電池モジュールの取り付け構造  2004年/11
    依田 浩敏, 安田 朋, 江口 英範, 大黒 靖之, 黒岩 貞治

Awards & Honors

  • 2022/06 福岡市 福岡市環境行動賞 奨励賞（感謝状）
     
    受賞者: 依田浩敏
  • 2021/05 空気調和･衛生工学会 振興賞技術振興賞
     
    受賞者: 株式会社佐藤総合計画九州オフィス;飯塚市;依田浩敏;株式会社菱熱;有限会社三成工業
  • 2020/07 環境省 地域環境保全功労者
     
    受賞者: 依田浩敏
  • 2020/03 環境省 環境カウンセラー大臣表彰 市民部門 地域特別貢献賞
     
    受賞者: 特定非営利活動法人ふくおか環境カウンセラー協会
  • 2020/02 環境カウンセラーESD学会 優秀発表賞
     住宅地内街路灯の夜間照度の実測調査 
    受賞者: 依田浩敏
  • 2019/02 環境カウンセラーESD学会 研究奨励賞
     遠賀川流域において環境保全活動する市民団体の実態調査 
    受賞者: 依田浩敏;共田貴帆
  • 2017/12 環境省 平成２９年度地球温暖化防止活動環境大臣表彰 環境教育活動部門
     
    受賞者: 依田 浩敏
  • 2017/07 九州地方整備局 平成２９年度九州地方整備局国土交通行政功労表彰
     
    受賞者: I LOVE 遠賀川実行委員会
  • 2017/06 環境省 地域環境保全功労者
     
    受賞者: 特定非営利活動法人ふくおか環境カウンセラー協会
  • 2017/05 日本ヒートアイランド学会 論文賞
     
    受賞者: 依田 浩敏
  • 2016/09 特定非営利活動法人環境カウンセラー全国連合会 平成２７年度環境保全功績者（理事長表彰）
     
    受賞者: 依田 浩敏
  • 2015/06 ＮＰＯ法人環境カウンセラー全国連合会 平成２７年度環境保全功績者（理事長表彰）
     
    受賞者: 依田 浩敏
  • 2015/06 環境省 平成２７年度環境保全功労者表彰・環境大臣賞
     
    受賞者: NPO法人環境カウンセラー全国連合会
  • 2015/06 福岡県 福岡県環境保全功労者
     
    受賞者: 特定非営利活動法人ふくおか環境カウンセラー協会
  • 2014/11 飯塚市 飯塚市市勢振興功労者（自治功労）
     
    受賞者: 依田 浩敏
  • 2014/06 福岡県 福岡県環境保全功労者
     
    受賞者: 依田 浩敏
  • 2012/11 アジア都市環境学会 アジア都市環境学会論文賞
     
    受賞者: 依田 浩敏
  • 2010/02 飯塚市 環境教育推進優良賞
     
    受賞者: 近畿大学建築都市環境工学研究室
  • 2010/02 あすの筑豊を考える３０人委員会（読売新聞西部本社提唱） 筑豊賞
     
    受賞者: 依田 浩敏
  • 2009/06 ＮＰＯ法人環境カウンセラー全国連合会 平成２１年度環境保全功労者（理事長表彰）
     
    受賞者: 依田 浩敏
  • 2008/05 空気調和・衛生工学会 ＳＨＡＳＥ技術フェロー
     
    受賞者: 依田 浩敏
  • 2008/02 飯塚市 環境教育推進奨励賞
     
    受賞者: 近畿大学建築都市環境工学研究室
  • 2002/04 日本建築学会 Encourangement Prize of AIJ 2002
     臨海部居住地域における塩害と空気中海塩粒子濃度の実態調査 JPN 
    受賞者: 依田 浩敏

Research Grants & Projects

  • Japan Society for the Promotion of Science：Grants-in-Aid for Scientific Research Grant-in-Aid for Scientific Research (A)
    Date (from‐to) : 2010 -2012 
    Author : SAKAMOTO Yuzo; KAMETANI Shigeki; IKAGA Toshiharu; BOUGAKI Kazuaki; HANZAWA Hisashi; YOSHINO Hiroshi; ASANO Yoshiharu; AKAGUCHI Hiroto; OKUMIYA Masaya; SHIMODA Yoshiyuki; MURAKAWA Saburo; YODA Hirotoshi; MURAKAMI Shuzo
     
    (1) According to the use and region, we collected and analyzed comprehensively, the data on the energy consumption of commercial buildings in Japan (2)Using multiple regression analysis, we extracted according to the use, the factors affecting the energy consumption of commercial buildings in Japan (3)After the scrutiny of the existing database and additions to the database of survey results of 2011, We have published database on the Internet
  • Japan Society for the Promotion of Science：Grants-in-Aid for Scientific Research Grant-in-Aid for Scientific Research (C)
    Date (from‐to) : 2008 -2010 
    Author : YODA Hirotoshi; TANIMOTO Jun; HAGISHIMA Aya
     
    Taken up the environment conscious green products, the factor to which the consumer is attaching importance is searched when buying it using the Analytic Hierarchy Process and Contingent Valuation Method. It is cleared that which of four factors, a price, a basic performance, an optional function, and an environmental performance is given priority, when the consumer buys the green products. A systematical field survey applied Conjoint Analysis concerned on two specified social issues ; global warming and heat island problems is conducted. We applied the so-called web-site survey to secure both quantity and quality of a series of acquired data sets. Both obtained Marginal Willing to Pay for the global warming and heat island issues seems plausible. Interestingly, it is observed an evident tendency that younger subjects incline to pay more than older subjects, which implies younger people paying much attention to the environmental issues.
  • 日本学術振興会：科学研究費助成事業 奨励研究(A)
    Date (from‐to) : 1998 -1999 
    Author : 依田 浩敏
     
    本研究では、従来の地理情報システムが持つGUI環境や操作性に加え、基本となるデータベースをパラメータとする数値解析により、環境・エネルギー情報を生成し、これを新たなデータベースとして、付加する解析システムをリンクさせた、環境GISシステムの構築を目的とする。 そのため、地理情報(GIS)や地域環境情報を総合的に捉え、これらを有効に活用した環境場の予測および地域エネルギーの活用可能性について調査を行った。 本年度は、環境GISデータベースを用いて熱環境シミュレーションを行い、都市気候状態のモデルスタディを行い、土地利用形態と熱環境の観点からみた、地域ポテンシヤルを評価する。さらに、これらの外部環境状態をもとに、詳細都市計画による微気候環境場の推量システムの開発を行った。 1998年7月から1年間、筑豊地域において熱環境実測を行い、河川が中心を流れる盆地内の地方都市の特徴を明らかにした。 また、商業地域で高密市街地である福岡市天神地区を対象として、模型実験を行い、風の様子を検討した。 さらに、自治体の環境政策に関する意識を知るために、アンケート調査を実施した。
  • 日本学術振興会：科学研究費助成事業 奨励研究(A)
    Date (from‐to) : 1994 -1994 
    Author : 依田 浩敏
     
    本研究では、福岡市のシ-サイドももち地区、西福岡マリナタウン地区、和白地区を対象として、塩害対策の前提条件となる大気中塩分濃度(塩素イオン濃度)と気象要素(風向・風速・気温・湿度))及び空間要素(高度・海岸線からの距離)の関係を実測により検討した。また、居住者に塩害についてアンケートを実施した。 実測期間は1994年10月31日〜12月12日の約2カ月間で7日おきに6期間に分けて行った。 海から飛来する海水ミストを海塩粒子として捕集するため、JIS Z 2381(屋外暴露試験方法法則)に準拠したガ-ゼ法を用い、捕集した海塩粒子(NaCl)を水で抽出し、塩素イオンを比色定量し、吸光光度計を用いて濃度を測定した。 地上からの距離が高いほど、海岸線に近いほど、建物等の遮蔽がないほど、さらに風速が強いほど海塩粒子濃度は高くなる傾向があることが明らかになった。 また、居住者に塩害の実際の被害状況と対策等に関してアンケートを実施した。 居住4〜5年程度で塩害の被害が現れること、壁やサッシ類への被害が大きいこと、塩害に対する予防法や対処法を住民があまり理解していないことなどが明らかになった。
  • 日本学術振興会：科学研究費助成事業 重点領域研究
    Date (from‐to) : 1991 -1991 
    Author : 花泉 弘; 依田 浩敏; 松尾 芳雄; 竹内 章司; 梅干野 晁; 安岡 善文
     
    今年度は,主に都市内緑地の空間分布の把握と時間変化の把握との2つの観点から研究を行った.都市内緑地の分布を把握するのに,どれくらいの地上分解能をもつセンサを使えばどの程度の情報を収集できるかを明らかにすることは非常に重要である.そこで,東京都を例にとり,都内に分布する緑地をひとまとまりごとの面積(画素数)に基づいて分類し,小画積のものまで把握するには2m程度の地上分解能が必要であることを明らかにした。また,緑地を樹木,草地,芝地に細分類する場合に赤外域のデ-タが有効であることも明らかにした(梅干野)。一方,緑地の空間分布が住環境に与える影響の評価も重要であるので,かたまりとして個々の緑地をとらえ,それらの形状特微量を算出したり互いのトポロジカルな分布特性を解析するための研究も行った。現在まで,筑波地区について緑地圏域図の作成を終えている(山形,安岡)。これと関連して,緑地の都市環境への影響評価も行った。精密なグランドトル-スと衛星デ-タとの比較により,樹木や芝地の温度の日変化の幅が水面に次いで小さいことを定量的に確認した(依田)。また,専門家からの知識獲得を容易にするため都市内緑地の3次元的表現法の研究も行い,同一時多視点からの緑地評価が可能なシステムを開発した(松尾)。 都市内緑地の時間変化では,これまで問題となっていた多重時刻多重分光画像における観測波長帯数が異なる場合の処理法について,重回帰モデルに基づく新しい手法を開発した。本手法を実際のデ-タに適用したところ,従来手法よりも明確に変化域抽出が行えた(花泉)。また,都市内緑地の破壊再成過程を把握するため正規化植生指数(NVI)に基づく手法を開発した。実際に多摩ニュ-タウン地域の多重時刻デ-タに適用したところ,規模の小さい緑地の変化も精度よくとらえられることがわかった(竹内)。
  • 日本学術振興会：科学研究費助成事業 奨励研究(A)
    Date (from‐to) : 1990 -1990 
    Author : 依田 浩敏
  • 自治体における環境政策
  • 環境教育の実践・環境ボランティア活動への参加
  • 環境共生型建築の調査・設計
  • 都市エネルギー・都市インフラ研究
  • 環境自治体研究
  • 都市・建築環境調査

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