Applied Geotechnical Engineering

Course Information

College Anan College Year 2024
Course Title Applied Geotechnical Engineering
Course Code 5296C01 Course Category Specialized / Elective
Class Format Lecture Credits Academic Credit: 2
Department Course of Mechanical Engineering Student Grade Adv. 1st
Term Second Semester Classes per Week 後期:2
Textbook and/or Teaching Materials Fundamentals of soil mechanics and their applications ( Isibashi Isao Hazarika and Hemanta, Kyouritsu Shuppan Co., Ltd. )
Instructor Yoshimura Hiroshi

Course Objectives

1. Understand the geological composition in Shikoku.
2. Explain the shear properties of soil.
3. Derive one-dimensional consolidation theory, and estimate the amount of consolidation settlement.

Rubric

Ideal LevelStandard LevelMinimum Level
Achievement 1The geological composition in Shikoku can be surely understood, and can be explained properly.The geological composition in Shikoku can be understood, and can be explained.The geological composition in Shikoku can be understood.
Achievement 2Shear properties of soil can be explained properly.Shear properties of soil can be explained basically.Shear properties of soil can be understood.
Achievement 3One-dimensional consolidation theory can be explaien, and the amount of consolidation settlement can be estimated.One-dimensional consolidation theory can be derived, and consolidation settlement can be understood.Derivation of one-dimensional consolidation theory can be understood.

Assigned Department Objectives

Teaching Method

Outline:
In order to construct a structure on or in the ground, it is important to understand the knowledge and techniques related to the properties of the ground and the soil that constitutes it.
Lectures will be given on the geological composition of Shikoku, soil strength characteristics, shear test methods, Mohr's stress circle, derivation and analysis of one-dimensional consolidation theory, and methods of consolidation tests. Then, learn the basic items necessary for design and construction.
In this course, instructor who have been in charge of research and development related to geotechnical engineering at construction company will use their experience to give lectures.
Style:
This class will be mainly lecture-style, but you will need to prepare a scientific calculator because you will do exercises as needed.
[30 class hours, 60 hours of self-study time]
Notice:
The process of solving the exercises will also promote understanding, so solve the exercises repeatedly. Also, carefully observe the construction work going on around you, and compare the textbook with the real thing as much as possible.

Characteristics of Class / Division in Learning

Active Learning
Aided by ICT
Applicable to Remote Class
Instructor Professionally Experienced

Course Plan

Theme Goals
2nd Semester
3rd Quarter
1st Geological composition in Shikoku Formation and characteristics of the geology of the Shikoku region can be explained.
2nd Geological composition in Shikoku Outline of the Median Tectonic Line can be explained.
3rd Geological composition in Shikoku Characteristics of surface ground in Tokushima can be explained.
4th Shear properties of soil
Difference in shear properties between cohesive soil and sandy soil can be explained.
5th Shear properties of soil
Characteristics of soil shear strength due to different drainage conditions can be explained.
6th Shear properties of soil
Mohr's stress circle can be explained.
7th Shear properties of soil
The shear test methods for examining the shear strength can be explained.
8th Midterm examination
4th Quarter
9th Consolidation properties of soil One-dimensional consolidation theory can be derived.
10th Consolidation properties of soil Solution of one-dimensional consolidation theory can be explained.
11th Consolidation properties of soil Solution of one-dimensional consolidation theory can be calculated using a computer.
12th Consolidation properties of soil Method of consolidation test by step loading can be explained.
13th Consolidation properties of soil Method of constant strain consolidation test can be explained.
14th Consolidation properties of soil Consolidation properties obtained in the test results can be understood.
15th Consolidation properties of soil How to deal with site conditions can be explained.
16th Return of the final examination

Evaluation Method and Weight (%)

Midterm/final exam.QuizPortfolioPresentation/attitudeOtherTotal
Subtotal7003000100
Basic Proficiency000000
Specialized Proficiency7003000100
Cross Area Proficiency000000