CE 341
Elementary Soil Mechanics
Civil and Construction Engineering
Ira A. Fulton College of Engineering
Course Description
Fundamental soil properties in the context of civil engineering and construction. Soil classification systems, stresses from gravitational and surface loads, shear strength, soil compaction theory, seepage of fluid through soil, bearing capacity analysis of foundations and settlement/consolidation theory.
When Taught
Fall and Winter
Grade Rule
Grade Rule 8: A, B, C, D, E, I (Standard grade rule)
Min
3
Fixed
3
Fixed
2
Fixed
3
Other Prerequisites
Freshman/sophomore core (CCE 112 or CCE 113, CCE 201, CCE 214, CCE 231). CE 332 may be taken concurrently
Title
1. (6) Experimentation and Data Interpretation
Learning Outcome
<p style="-moz-user-select: text;">Perform basic laboratory tests on soils including seive analysi, Atterberg limits, compaction, direct shear, triaxial shear and consolidation. Be able to perform the basic calculations associated wtih laboratory tests on soils.</p>
Title
2. Communicate Geotech Test Results Effectively
Learning Outcome
<p style="-moz-user-select: text;">Communicate results of geotechnical tests effectively and explain their meaning in a clear and concise manner.</p>
Title
3. (5) Perform Experiments and Report Results as Teams
Learning Outcome
<p>Collaborate with team members to lead, establish experiment goals, perform experiments, and prepare the results in report format.</p>
Title
4. Soil classification/Soil Mineralogy
Learning Outcome
<p>Perform fundamental calculations and analyses including weight-volumen relationships and soil classification. Understand influence of soil structure and mineralogy on soil behavior.</p>
Title
5. Fluid flow in Soil
Learning Outcome
<p>Understand basic principles of flow through porous media including Darcy's law, the equation of continuity, seepage forces and flow nets.</p>
Title
6. Stress analysis in soil
Learning Outcome
<p>Understand how stresses are transferred through soils. Compute both geostatic stress (total stress, effective stress, and pore pressures) and induced stresses due to point, line and area loads.</p>
Title
7. Consolidation theory
Learning Outcome
<p>Understand basic consolidation theory. Compute the amoun of settlement and the time required for settlement under a given load.</p>
Title
8. Shear strength of soil
Learning Outcome
<p>Understand shear strength principles including Mohr-Coloumb failure criterion. Perform basic caluclations related to shear strength analyis.</p>
Title
9. Lateral earth pressures
Learning Outcome
<p>Analyze lateral earth pressures under at-rest, active and passive conditions.</p>
Title
10. Bearing capacity
Learning Outcome
<p>Perform bearing capacity analysis for spread footings of various shapes. Understand how bearing capacity equations are used in foundation design.</p>
