授業科目名 環境地盤工学
英語授業科目名 Environmental Geotechnical Engineering
科目ナンバリング
講義番号 D50295 担当教員[ローマ字表記] 川本 健 [Kawamoto,Ken]
科目区分 理工学研究科博士後期課程理工学 開講学部 理工学研究科博士後期課程
単位数 2 必修・指定選択・選択の別
開講学期(期別) 第1・2 曜日時限 金1
教室 理工研-各研究室 対象年次
初年次教育科目

クラス指定

Doctoral Student

他との関連(関連項目)

Soil Mechanics, Environmental Soil Science

履修条件(授業に必要な既修得科目または前提知識)

Basic knowledge of Soil Mechanics, Hydraulics, and Mathematics (Partial differential equation)

テーマ・副題

授業科目の到達目標

1.Understanding soil physical and chemical characteristics
2. Understanding soil-water retention characteristics
3. Understanding water transport in saturated and unsaturated soil
4. Understanding solute transport in soil
5. Understanding heat transport in soil
6. Understanding gas transport in soil
7. Understanding governing equations for mass transport in soil
8. Understanding numerical simulations for mass transport in soil

授業キーワード

Mass transport in soil, Soil-water potential, Convection, Diffusion, Dispersion, Unsaturated water flow, Soil and groundwater contamination, Solid waste landfills

授業の内容

The course deals with problems of various mass transport such as water, solute, and gas in soil, which is necessary knowledge to understand geoenvironmental engineering. Starting from the fundamental knowledge of soil physical and chemical characteristics, how to describe mass transport in soil with mathematical expressions and how to predict mass transport in soil are discussed.

授業の方法・事前準備学修・事後展開学修

Lectures with assignments

授業展開(スケジュール)

No.1 Introduction to Geoenvironmental Engineering
No.2 Soil physical and chemical characteristics in soil (1) (Assignment 1)
No.3 Soil physical and chemical characteristics in soil (1) (Assignment 2)
No.4 Soil-water retention (1)
No.5 Soil-water retention (2) (Assignment 3)
No.6 Water transport in soil (1)
No.7 Water transport in soil (2) (Assignment 4)
No.8 Solute transport in soil (1)
No.9 Solute transport in soil (2) (Assignment 5)
No.10 Heat transport in soil
No.11 Gas transport in soil (Assignment 6)
No.12 Governing equation of mass transport in soil (1)
No.13 Governing equation of mass transport in soil (2) (Assignment 7)
No.14 Numerical simulations for mass transport in soil (Assignment 8)
No.15 Introduction to recent topics in Geoenvironmental Engineering

成績評価方法

The followings are minimum requirements:
1) Attending more than 2/3 of classes,
2) submitting reports for all the assignments

成績評価基準

Assignments 100%
Criterion for grading: A=100-80%, B=79-70%, C=69-60%, D<60% (Fail)

テキスト

None

参考図書

Geoenvironmental Engineering/H.D. Sharma and K.R. Reddy,Wiley,2004
Environmental Soil Physics/D. Hillel,Academic Press,1998
Soil Physics, 6th Edition/W. A. Jury and R. Horton,Wiley,2004

学生へのメッセージ

I do hope all students to understand the various physical and chemical phenomena in soil. Knowledge of mass transport in soil is useful to solve the Geoenvironmental Engineering problems such as remediation of contaminated site and waste management technologies.

その他・備考