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KUROKAWA Hisayuki
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Research Areas 【 display / non-display 】
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Social Infrastructure (Civil Engineering, Architecture, Disaster Prevention) / Social systems engineering
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Others / Others
Papers 【 display / non-display 】
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Analyses of Changes in Truck Drivers’ Works using GPS Data
Tomomi TSUCHIYA,Hisayuki KUROKAWA,Nobunori AIURA , 2026.06
Journal of Japan Logistics Society
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An Empirical Study on the Structure and Determinants of Job Satisfaction and Work Engagement in the Logistics Industry
Yoshio DOI, Shikato KAMIMURA, Hisayuki KUROKAWA and Seiichi KUBOTA , 2026.06
Journal of Japan Logistics Society
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Research for understanding situations of freight truck drives using truck GPS data – Hokkaido area as a target –
Nobunori AIRUA,Tomomi TSUCHIYA,Hisayuki KUROKAWA,Kazuyoshi ISHIDA,Shinichi KATO,Toshiyuki HAMANAKA , 2026.06
Journal of Japan Logistics Society
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Queue-Based Simulations to Improve Trucks’ Wait and Handling Times Based upon Real Operation Data of a Refrigerated Warehouse
Tomomi TSUCHIYA and Hisayuki KUROKAWA , 2025.06
Journal of Japan Logistics Society
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The Relationship Between Various Digital Devices and Systems from the Perspective of KPIs and Their Usage Status by Different Types of Logistics Operations in the Trucking Industry
Yoshio DOI, Shikato KAMIMURA, Hisayuki KUROKAWA and Seiichi KUBOTA , 2025.06
Journal of Japan Logistics Society
Books 【 display / non-display 】
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月刊「Newsがわかる」特別編 物流がわかる
黒川久幸(監修・協力)市原淳子(構成・編集・執筆) , 2024.03
毎日新聞出版
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戦略的SCM 新しい日本型グローバルサプライチェーンマネジメントに向けて
黒川久幸 , 2015.10
日科技連出版社 , 第5章需要予測と需給マネジメント , 57-70
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アジアにおける海上輸送と中韓台の港湾
池上寛 , 2014.09
アジア経済研究所 , 0-0
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変貌するアジアの交通・物流-シームレスアジアをめざして-
黒田勝彦;家田仁;山根隆行 , 2010.04
技報堂出版株式会社 , 第2章アジア物流を支える国際海上輸送 2.1 増大するコンテナ国際輸送 , 0-0
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国際海上コンテナ輸送概論
今井昭夫 , 2009.09
東海大学出版会 , 0-0
Grant-in-Aid for Scientific Research 【 display / non-display 】
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Project Period (FY): 2026/04 - 2029/03 Investigator(s): 黒川 久幸
Grant-in-Aid for Scientific Research(C) Principal Investigator 26K05032
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Project Period (FY): 2022/04 - 2025/03 Investigator(s): KUROKAWA Hisayuki
Grant-in-Aid for Scientific Research(C) Principal Investigator 22K01744
To encourage digital technology in the logistics sector, this study looked at how digital equipment is being used and how KPIs (key performance indicators) are being used. The study used interviews and a questionnaire survey of trucking operators. So, it was confirmed that while some KPIs (like working hours and fuel consumption) are being used, KPIs related to the environment and human resources are not. The survey also showed cases where the use of KPIs has contributed to improving profitability and how well businesses are run.
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A Study on Systematization of Factors for Productivity Improvement of Trucking Companies
Project Period (FY): 2019/04 - 2022/03 Investigator(s): KUROKAWA Hisayuki
Grant-in-Aid for Scientific Research(C) Principal Investigator 19K01959
In Japan, where the working-age population is declining, improving labor productivity is indispensable for sustainable economic growth. Therefore, it is necessary to improve productivity in the trucking industry, which accounts for 90% of the domestic freight transport tonnage.
Therefore, in this study, we grasped the factors that affect the productivity of the trucking industry from the questionnaire survey. Then, from the survey results, it was clarified the measures that trucking companies should take to improve productivity. -
Project Period (FY): 2016/04 - 2019/03 Investigator(s): Kurokawa Hisayuki
Grant-in-Aid for Scientific Research(C) Principal Investigator 16K03928
In Japan, where the working-age population is decreasing, improvement of productivity is an urgent issue in order to raise the economic growth rate. However, the labor productivity of the logistics industry is a low level, and measures to improve the productivity are needed.
Therefore, in this study, we examined factors affecting productivity and profitability for truck transport and picking operations in the delivery center.
And we clarified the way of cooperation between the trucking company and the shipper company and the factor to improve the productivity of the workers. -
Project Period (FY): 2012/04 - 2015/03
Grant-in-Aid for Scientific Research(C) Co-Investigator 24510185
Lesson Subject 【 display / non-display 】
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Lesson Subject(Undergraduate)
Freshman Seminar
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Introduction to Logistics A
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Introduction to Logistics B
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Principles of Logistics
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Work Industrial Engineering
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Graduation Thesis
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Teaching Method of Engineering ScienceⅠ
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Expression of Japanese Language
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Special Seminar in Logistics System Engineering
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Research in Logistics System Engineering
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Seminar on Information Engineering and Logistics Ⅰ
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Seminar on Information Engineering and Logistics Ⅱ
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Experiment in Information Engineering and Logistics
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Logistics Design
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Introduction to Marine Technology
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Introduction to Marine Technology
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Logistics Management Engineering
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Physical Distribution Engineering
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Lesson Subject(Graduate School)
Future Business Model in Food Supply Chain
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Special Seminar in Logistics System Engineering
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Research in Logistics System Engineering
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Logistics Design
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Physical Distribution Engineering
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Research on Safety Management in Food Supply Chain