■ Books and Papers
1.
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2013/02
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Article
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Experimental Study of Water Cushion Depth at 90 Degrees V-shaped Energy Dissipator in a Steep Slope Channel Transactions of the Japanese Society of Irrigation, Drainage and Rural Engineering pp.81-86 (Collaboration)
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2.
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2011/08
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Article
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Difference of Energy Dissipating Effect by Slope Angle and Open Degree at V-Shaped Water Cushion Transactions of the Japanese Society of Irrigation, Drainage and Rural Engineering pp.67-68 (Collaboration)
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3.
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2011/02
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Article
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Study on effective teaching methods of a technical subject "Hydraulics" for students in the agricultural course Bulletin of the Faculty of Agriculture, University of Miyazaki pp.23-37 (Collaboration)
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4.
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2010/12
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Article
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Study on depth of water cushion at 90°V-type water cushion energy dissipator pp.34-39 (Collaboration)
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5.
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2009/12
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Article
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Design Method for Management on Bar Screen Type Torrent Intake Journal of the Japanese Society of Irrigation, Drainage and Rural Engineering pp.3-6 (Single)
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6.
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2009/12
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Article
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Pre Hydraulic Test for Development of Water Cushion Side Stream Type Torrent Intake pp.55-58 (Collaboration)
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7.
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2005/12
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Article
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Experimental Study on the Discharge Coefficient for the Bar-Screen Type Torrent Intake pp.63-68 (Collaboration)
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8.
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2005/03
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Article
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Experimental Study on Hydraulic Characteristics of Cascade Type Head Works Bulletin of the Faculty of Agriculture, Meiji University pp.1-12 (Collaboration)
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9.
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2000/11
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Article
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The Sustainable Water Use by Cascade Type Intake System The Memorial CIGR World Congress 2000(CD-ROM) pp.5p (Collaboration)
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10.
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2000/10
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Article
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An Example of Water Utilization System Comprising Torrent Intakes and Reservoir Journal of the Japanese Society of Irivigation, Drainage and Reclamation Engineering pp.13-17 (Single)
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11.
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1999/03
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Article
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The Method for Determining the Hydraulic Dimensions of the Vertical Overflow Type Diversion Chamber Memoirs of the Institute of Science and Technology,Meiji University pp.147-186 (Collaboration)
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12.
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1998/10
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Article
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The Method for Determining the Hydraulic Dimensions of the Bar-Screen Compound Type Torrent Intake with Iron Bar Transactions of the Japanese Society of Irrigation,Drainage and Reclamation Engineering pp.117-122 (Collaboration)
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13.
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1998/03
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Article
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Adjustment between Hydraulic Dimension of Model Test for the Modified Bar-Screen and the Condition of Actual Torrent Bulletin of The Faculty of Agriculture, Meiji University pp.31-37 (Single)
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14.
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1996/09
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Article
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Experimental Study on the Prevention of clogging by the Modified Type Bar-Screen Bulletin of The Faculty of Agriculture, Meiji University pp.1-11 (Collaboration)
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15.
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1996/03
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Article
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Expevimental Study on the Hydraulic Characteristics of asettling Tank Bulletin of the Faculty of Agriculture, Meiji University pp.15-26 (Collaboration)
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16.
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1995/08
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Article
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The Method of Decision on the Hydraulic Dimensions of Intake Chanrel for the Bar Screen Compound Type Torrent Intake Drairage and Reclamation EngineevingTransactians of The Japanese Society of Irrigation pp.31-36 (Collaboration)
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17.
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1994/10
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Article
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Study on the Hydraulic Characteristics of the Bar Screen Compound Type Torrent Intake Studies in Agriculture, Meiji University Graduate School pp.1-25 (Single)
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18.
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1994/06
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Article
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An Experimental Study on the Bar Screen Compound Type Torrent Intake Drainage and Reclamation EngineeringTransactions of the Japanese Society of Irrigation pp.67-73 (Collaboration)
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Display 5 items
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Display all(18)
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■ Conference Presentations
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■ Academic Qualifications
1. |
Degree Acquisition
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Meiji University,
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2. |
Degree Acquisition
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Meiji University,
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3. |
~1995/03
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〔Doctorial Course〕, Graduate School, Division of Agriculture, Meiji University, Completed,
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4. |
~1990/03
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Faculty of Agriculture, Meiji University, Graduated,
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■ Career History
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■ Major Subjects
Water Utilization Engineering
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■ Academic Associations Membership
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■ Social Activities
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■ Research Topics, Consignment Studies & KAKENHI Researches
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■ Email Addresses
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■ Current Specialized Field
Rural environmental engineering and planning, Hydroengineering, Agricultural environmental engineering and agricultural information engineering
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■ KAKENHI Researcher Number
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