Course Title : Soil Mechanics II and Exercises

Code 35190
Course Year 3rd year
Term 1st term
Class day & Period Wednesday・1-2
Location kyotsu4
Credits 3
Restriction This class is intended mainly for students of the International Course.
Lecture Form(s)
Language English
Instructor H. Ohtsu, M. Kimura, M.Mimura, R.Uzuoka, G. Flores, T. Pipatpongsa

Course Description

Students are expected to learn consolidation and stress distribution in soils, shear strength of soils, lateral earth pressures, bearing capacity of shallow and deep foundations, slope stability, and soil dynamics. Fundamental analyses and design criteria of various geotechnical engineering problems are drilled through exercises.

Grading

Final Exam (70%), Midterm exams and homework (30%)

Course Goals

The course objective is to provide understanding of key engineering concepts and mechanical behaviors of soil materials including consolidation and soil improvement, load transmission in elastic medium, effect of excessive pore water pressure to shear strength, effective stress paths interpreted from conventional triaxial tests, lateral earth pressure acting on retaining walls, bearing capacity of foundations, stability of slopes and excavations, soil liquefaction, and dynamic characteristics of soils subjected to earthquake.

Course Topics

Theme Class number of times Description
Consolidaton 2 Understand Terzaghi's theory of consolidation, laboratory consolidation test, field consolidation curve, normally consolidated condition and over consolidated condition, and problems on final and time rate of consolidation.
Stresses in ground 1 Understand stresses in the ground due to loading, soil strength and pressure distribution below foundation.
Shear strength 2 Understand measurement of shear strength and triaxial compression tests, strength parameters, drained and undrained behavior of clay and sand, and stress path for conventional triaxial test.
Earth pressure 2 Understand the lateral earth pressure in active and passive states, Rankine's theory in cohesive and cohesionless soil, Coloumb's wedge theory with condition for critical failure plane, earth pressure on retaining walls of simple configurations.
Midterm exam 0.5
Bearing capacity 1.5 Understand the definition of bearing capacity, ultimate bearing capacity, net ultimate bearing capacity, net safe bearing capacity and allowable bearing pressure, and derivation of Terzaghi's general bearing capacity equation for continuous footing and basic numerical problems associated with it.
Slope stability 2 Understand the failure mechanisms of both infinite and finite slopes and methods of slope stability analysis.
Soil dynamics and liquefaction 2 Understand the nature of dynamic loads, mchanism of liquefaction and liquefaction parameters, and stress conditions on soil element under earthquake loading.
Practice 1 Problem solving in geotechnical engineering
Class feedback 1 Confirmation of understanding

Textbook

Soil Mechanics I & II Tutorial Exercises and Soil Mechanics Laboratory Manual
Exercise book and distributed handouts

Textbook(supplemental)

Braja M. Das,“Fundamentals of Geotechnical Engineering”, Cengage Learning
Muni Budhu,“Soil Mechanics and Foundation”, John Willey & Sons, INC.
Isao Ishibashi, Hemanta Hazarika,“Soil Mechanics Fundamentals”, CRC Press
Fusao Oka,“Soil Mechanics Exercises”, Morikita publishing Co., Ltd.

Prerequisite(s)

A required prerequisite is knowledge of soil mechanics. Soil mechanics I and Exercises(35080) would be helpful as a prerequisite.

Web Sites

http://geomechanics.kuciv.kyoto-u.ac.jp/lecture/text/kakomon.html

Additional Information

Flores (flores.giancarlo.3v@kyoto-u.ac.jp)
Pipatpongsa (pipatpongsa.thirapong.4s@kyoto-u.ac.jp)