Faculty of Enginneering and Design

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CST300NC(土木工学 / Civil engineering 300)
Hydraulics 2

Kohji MICHIOKU

Class code etc
Faculty/Graduate school Faculty of Enginneering and Design
Attached documents
Year 2023
Class code B3646
Previous Class code
Previous Class title
Term 秋学期前半/Fall(1st half)
Day/Period 木1/Thu.1,木2/Thu.2
Class Type
Campus 市ヶ谷
Classroom name 各学部・研究科等の時間割等で確認
Grade
Credit(s)
Notes
Open Program
Open Program (Notes)
Global Open Program
Interdepartmental class taking system for Academic Achievers
Interdepartmental class taking system for Academic Achievers (Notes)
Class taught by instructors with practical experience
SDGs CP
Urban Design CP
Diversity CP
Learning for the Future CP
Carbon Neutral CP
Chiyoda Campus Consortium
Optional/Compulsory 選択
Admission year
Category (2023~) 都市環境デザイン工学科
専門科目
展開科目
Category (2019~2022) 都市環境デザイン工学科
専門科目
展開科目
Category 都市

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Outline (in English)

(Course outline)
This course is designed to teach the basis of hydrodynamics and apply them to solve engineering problems found in rivers, aquifers, waterworks and sewers. Extending the body of knowledge from "Hydraulics I and Exercise", this course will cover advanced topics on dimensional analysis, similarity law, static hydraulics, pipeline and open channel hydraulics, groundwater dynamics and turbulence.
(Learning Objectives)
Understand how hydraulic analysis of various flows in inland waters is applied to actual river and groundwater management, and how it has engineering significance. The goal is to develop the mathematical analysis skills necessary to solve various hydraulic engineering problems.
(Learning activities outside of classroom)
As preparation, review lecture materials, exercises, and homework for Hydraulics I and exercises. Review the textbook (same as Hydraulics I and Exercise), the materials handed out in class and the results of the exercises. Understand the applicability and usefulness of hydraulics by supposing hydraulic facilities and the hydraulic problems learned in class. The standard time for preparation and review for each class is 2 hours each.
(Grading Criteria /Policy)
Evaluate how much students understand hydrostatics, perfect fluid dynamics, open channel hydraulics, pipe flow hydraulics, groundwater hydraulics, dimensional analysis/similarity and turbulent flow theory. Also evaluate if students correctly understand how the fundamental hydraulics are applied to river and groundwater management and what kind of engineering significance they have. Comprehensive evaluation based on practice report (30%) and final exam (70%). After converting to 100 points, a score of 60 or higher is considered a pass. Students who are absent 4 or more times will not be allowed to acquire credits (evaluation D).

Default language used in class

日本語 / Japanese