Soil Mechanics

Course ID:  B5203034

Credits: 3

Objective: The purpose of this course is to enhance the understanding of soil mechanics knowledge among undergraduate students. Based on the theories and experimental methods of soil mechanics, it introduces the basic design methods and considerations of general soil mechanics. Students will learn about the basic designs of soil particle size, soil phases, soil classification, soil compaction, soil permeability, and soil seepage. This aims to provide students with a deep understanding of the principles and applications of soil mechanics.

Course Prerequisites: None

Outline:

Lecture 1 Geotechnical properties of soil 

Lecture 2 Origin of Soil and Grain Size 

Lecture 3 Weight–Volume Relationships 

Lecture 4 Plasticity and Structure of Soil 

Lecture 5 Classification of Soil 

Lecture 6 Soil Compaction 

Lecture 7 Permeability 

Lecture 8 Seepage 

Lecture 9 In Situ Stresses 

Lecture 10 Stresses in a Soil Mass 

Lecture 11 Compressibility of Soil 

Lecture 12 Shear Strength of Soil

Teaching Method: 

1. Theoretical Explanation: This involves presenting theoretical concepts, principles, or frameworks to students. 

2. Case Study Discussion: Case studies involve analyzing real-life scenarios or examples to apply theoretical knowledge to practical situations. 

3. Practice Exercises: Practice exercises provide opportunities for students to apply and reinforce their learning through hands-on activities, exercises, or assignments. 

4. Interactive Discussions: Interactive discussions involve active participation and engagement from both the instructor and students.

Reference:  Braja M. Das, Principles of Geotechnical Engineering Braja M. Das, Principles of Foundation Engineering