ENGINEERING FACULTY / GEOLOGICAL ENGINEERING / JEO4006 - SOIL MECHANICS

Contents Of The Courses in a weekly Period

Week 
Subjects 
Sources 
1Introduction to Soil Mechanics and Geology of Soils[1] P 1-32; [2] P 1-34; [3] P 1-8
2Sampling Methods from Soils[4] P 132-145
3Physical Properties of Soils and Sample Problem Solutions, Introduction of the Experimental Setup[1] P 65-77; [2] P 36-68; [3] P 9-24
4Grain Siize Distribution of Soils and Sample Problem Solving, Introduction of Experimental Setup[1] P 77-83; [2] P 102-114; [3] P 34-46;[4] P 147-169
5Plasticity Properties of Soils and Sample Problem Solving, Introduction of Experimental Setup[1] P 83-99; [2] P 83-88; [3] P 47-57;[4] P 172-189
6Classification of Soils and Sample Problem Solving[1] P 95-112; [2] P 126-138; [3] P 58-67; [4] P 190-205
7Permeability and Water Flows in Soils, Definition of the Experimental Setup[1] P 113-145; [2] P 145-187; [3] P 73-126;[4] P 227-269
8Compressibility of Soils and Sample Problem Solving, Introduction of Experimental Setup[2] P 188-220; [3] P 131-140;[4] P 339-409
9Midterm Exam + Slip Resistance of Soils, Definition of Experimental Setup[3] P 140-144; [4] P 308-311
10Determination of Slip Resistance Parameters, Introduction of the Experimental Setup[3] P 144-164; [4] P 311-370
11Stress Distribution in Soils and Sample Problem Solving[1] P 146-169; [2] P 224-269; [3] P 170-197
12Consolidation (Compression) in Soils and Sample Problem Solving, Introduction of Experimental Setup[1] P 184-236; [2] P 449-481; [3] P 301-333
13Bearing Capacity of Soils and Sample Problem Solving[2] P 482-560; [3] P 214-250
14Soil mechanics calculations for sustainable design of engineering structures[2] P 336-374; [3] P 251-300