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course on soil mechanics and foundaTIon engineering for soil engineers

25 days of intense training program learn from basic to advance of soil mechanics & foundation engineering for optimize soil engineers

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Accelerate design, optimization, and documentation of road network and bridge projects. Work with an intelligent model-based approach for surface and corridor modeling, drainage layout, and plans production.

India’s #1 Online Bootcamp

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9/10 of our learners achieve their learning objectives after successful course completion*

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₹8,000
  • 8 month extension live high quality recording is available
  • Learner assistance and support
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Soil Mechanics And Foundation Engineering

Eligibility

  • Civil engineering and diploma students
  • Civil engineering specialist.
  • Civil engineering design engineers.

Pre-requisites

Learners need to possess an undergraduate degree or a diploma

Soil Mechanics And Foundation Engineering Modules

1. Origin of Soil and Soil Water relationship

1. 1.1 Introduction
2. 1.2 Important Definitions
3. 1.3 Important Relationships
4. 1.4 Water content determination
5. 1.5 Unit Weight Of Soil
6. 1.6 Index Properties Of Soil
7. 1.7 Sedimentation Analysis
8. 1.8 Grain Size Distribution Curve
9. 1.9 Consistency Limits
10. 1.10 Consistency Indices
2. Classification Of Soil

1. 2.1 Classification Of Coarse Grained Soil
2. 2.2 Classification of fine grained soil
3. Clay Mineral And Soil Structure

1. 3.1 Clay Minerals
2. 3.2 Soil Structure
4. Soil Compaction
 
1. 4.1 Compaction Of Cohesive and Cohesionless Soil
2. 4.2 Proctor Test
3. 4.3 Effect Of Compaction On Engineering Properties Of Soil
5. Effective Stress, Capillarity And Permeability

1. 5.1 Principle Of Effective Stress
2. 5.2 Total, Effective and Pore Pressure Diagram
3. 5.3 Permeability Of Soil
4. 5.4 Determination Of Coefficient Of Permeability
5. 5.5 Permeability Of Stratified Soil
6. 5.6 Influence Of Seepage On Effective Stress Part – I
7. 5.7 Influence Of Seepage On Effective Stress Part – II
8. 5.8 Numericals On Effective Stress
6. Seepage Through Soil

1. 6.1 Seepage through isotropic soil
2. 6.2 Seepage through non-isotropic soil
3. 6.3 Seepage through earthen dam
7. Vertical Stresses

1. 7.1 Boussinesq’s Theory
2. 7.2 Westergaard’s Theory
3. 7.3 Newmark’s Chart Method
8. Compressibility And Consolidation

1. 8.1 Normally And Over Consolidated Soil
2. 8.2 Terzaghi Theory Of Consolidation
3. 8.3 Degree Of Consolidation
4. 8.4 Calculation Of Total Settlement
5. 8.5 Problems On Consolidation Settlement
9. Shear Strength Of Soil

1. 9.1 Shear Strength of Soil
2. 9.2 Shear Strength Test
3. 9.3 Unconfined Compression Test
4. 9.4 Types of Triaxial Test
5. 9.5 Pore Pressure Parameters
10. Stability Of Slopes

1. 10.1 Analysis of Infinite Slope
2. 10.2 Problems on Infinite Slope
3. 10.3 Analysis of Finite Slope
11. Earth Pressure And Retaining Walls

1. 11.1 Types of Lateral Earth Pressure
2. 11.2 Active Earth Pressure for Cohesionless Backfill
3. 11.3 Active Earth Pressure for Cohesive backfill
12. Shallow Foundation And Bearing Capacity

1. 12.1 Types of footing, Basic Definitions and General, local & Punching Shear failure
2. 12.2 Terzaghi’s Bearing capacity theory and Effect of water table
3. 12.3 Numericals
4. 12.4 Different methods to Calculate Bearing Capacity & Numericals
5. 12.5 Bearing capacity based on field test
6. 12.6 Factors affecting Bearing Capacity, Settlement of foundation & Numericals
13. Deep Foundation

1. 13.1 Classification of pile
2. 13.2 Pile load capacity in granular soils
3. 13.3 Pile load capacity in Clayey soils & Numericals
4. 13.4 Group action of piles & Numericals
5. 13.5 Ultimate Load capacity, Group Efficiency of Pile Group & Numericals
6. 13.6 Dynamic Formulae, Pile Load test, Correlation with penetration data & Numericals
7. 13.7 Settlement of pile & Numericals
8. 13.8 Negative Skin Friction, Under-reamed piles, Selection of pile type & Numericals
13. Deep Foundation

1. 13.1 Classification of pile
2. 13.2 Pile load capacity in granular soils
3. 13.3 Pile load capacity in Clayey soils & Numericals
4. 13.4 Group action of piles & Numericals
5. 13.5 Ultimate Load capacity, Group Efficiency of Pile Group & Numericals
6. 13.6 Dynamic Formulae, Pile Load test, Correlation with penetration data & Numericals
7. 13.7 Settlement of pile & Numericals
8. 13.8 Negative Skin Friction, Under-reamed piles, Selection of pile type & Numericals
15. Expansive Soils

1. 15.1 Expansive Soils
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