Modules / Lectures
Module NameDownloadDescriptionDownload Size
Module-1 Site Exploration and Geotechnical InvestigationLecture 1 : Introduction [ Section 1.1 : Planning For Subsurface ExplorationLecture 188 kb
Module-1 Site Exploration and Geotechnical InvestigationLecture 2 : Boring Methods of Exploration [ Section 2.1 : Different Types of of Boring Methods ]Lecture 2173 kb
Module-1 Site Exploration and Geotechnical InvestigationLecture 3 : Soil samplings and samplers [ Section 3.1 : Soil sampling, Disturbed samples, Undisturbed samples ]Lecture 3129 kb
Module-1 Site Exploration and Geotechnical InvestigationLecture 4 : In-situ tests [ Section 4.1: Penetrometer Tests ]Lecture 4351 kb
Module-1 Site Exploration and Geotechnical InvestigationLecture 5 : Geophysical Exploration [ Section 5.1 : Methods of Geophysical Exploration ]Lecture 5348 kb
Module-2 Theory of Earth Pressure and Bearing CapacityLecture 6 : Introduction [ Section 6.1 Different Theories of Earth Pressure ]Lecture 6222 kb
Module-2 Theory of Earth Pressure and Bearing CapacityLecture 7 : Earth Pressure Theories [ Section 7.1 Rankine and Coulomb Theory ]Lecture 7532 kb
Module-2 Theory of Earth Pressure and Bearing CapacityLecture 8 : Development of Bearing Capacity Theory [ Section 8.1: Terzaghi\'s & Meyerhof\'s Bearing Capacity Theory ]Lecture 8173 kb
Module-2 Theory of Earth Pressure and Bearing CapacityLecture 9 : Development of Uplift Capacity Theory [ Section 9.1: Intoduction ]Lecture 9223 kb
Module-2 Theory of Earth Pressure and Bearing CapacityLecture 10 : Point of Application of Passive Earth Pressure [ Section10.1 Rankine\'s & Coulomb\'s Theory ]Lecture 10187 kb
Module-3 Method of AnalysesLecture 11 : Introduction [ Section 11.1 : An Overview ]Lecture 1140 kb
Module-3 Method of AnalysesLecture 12 : Limit Equilibrium [ Section 12.1 : Introduction ]Lecture 1287 kb
Module-3 Method of AnalysesLecture 13 : Limit Analysis [ Section 13.1 : Introduction ]Lecture 1378 kb
Module-3 Method of AnalysesLecture 14 : Methods of Characteristics [ Section 14.1 : Introduction ]Lecture 14395 kb
Module-3 Method of AnalysesLecture 15 : Finite Element Method [ Section 15.1 : Introduction ]Lecture 1592 kb
Module-4 Design of shallow foundationsLecture 16 : Introduction [ Section16.1 : Introduction ]Lecture 16235 kb
Module-4 Design of shallow foundationsLecture 17 : Bearing capacity [ Section17.1 : Introduction ]Lecture 17690 kb
Module-4 Design of shallow foundationsLecture 18 : Structural designs of column and footing [ Section18.1: Footing subjected to Concentric loading ]Lecture 18972 kb
Module-4 Design of shallow foundationsLecture 19 : Settlement [ Section19.1 : Introduction ]Lecture 19362 kb
Module-5 Design of Deep FoundationsLecture 20 : Introduction [ Section 20.1 : Introduction ]Lecture 20161 kb
Module-5 Design of Deep FoundationsLecture 21 : Types of pile load test [ Section 21.1 : Different types of pile load test ]Lecture 21117 kb
Module-5 Design of Deep FoundationsLecture 22 : Ultimate pile capacity [ Section 22.1 : Procedure for ultimate pile capacity : Static analysis ]Lecture 22668 kb
Module-5 Design of Deep FoundationsLecture 23 : Piles In Sand [ Section 23.1 : Introduction ]Lecture 23173 kb
Module-5 Design of Deep FoundationsLecture 24 : Under Reamed Pile [ Section 24.1 : Introduction ]Lecture 2485 kb
Module-5 Design of Deep FoundationsLecture 25 : Pile Groups [ Section 25.1 : Different types of pile groups ]Lecture 25257 kb
Module-6 Design of Retaining StructuresLecture 26 : Introduction [ Section 26.1: Introduction ]Lecture 26517 kb
Module-6 Design of Retaining StructuresLecture 27 : Cantilever sheet pile walls [ Section 27.1: Introduction ]Lecture 27232 kb
Module-6 Design of Retaining StructuresLecture 28 : Anchored sheet pile walls [ Section 28.1 : Introduction ]Lecture 28330 kb
Module-6 Design of Retaining StructuresLecture 29 : Braced cuts [ Section 29.1 : Introduction ]Lecture 29398 kb
Module-6 Design of Retaining StructuresLecture 30 : Dewatering [ Section 30.1 : Introduction ]Lecture 30154 kb
Module-7 Design of Machine FoundationsLecture 31 : Basics of soil dynamics [ Section 31.1: Introduction ]Lecture 31378 kb
Module-7 Design of Machine FoundationsLecture 32 : Machine foundation [ Section 32.1 : Introduction ]Lecture 32125 kb
Module-8 Foundations in difficult groundLecture 33 : Introdcution [ Section 33.1: Introduction ]Lecture 3341 kb
Module-8 Foundations in difficult groundLecture 34 : Collapsing Soils [ Section 34.1 : Collapse potential measurement ]Lecture 3468 kb
Module-8 Foundations in difficult groundLecture 35 : Foundations- Design Methodologies [ Section 35.1 : Design Of Shallow Foundations for Expansive Soils ]Lecture 3589 kb
Module-8 Foundations in difficult groundLecture 36 : Improvement methods [ Section 36.1 : Ground Improvement Techniques ]Lecture 3633 kb
Module NameDownloadDescriptionDownload Size
Module-1 Site Exploration and Geotechnical InvestigationProblems & SolutionsProblems & Solutions35 kb
Module-2 Theory of Earth Pressure and Bearing CapacityProblems & SolutionsProblems & Solutions79 kb
Module-6 Design of Retaining StructuresAssignment 1Assignment-1 Question Paper and Solution19948 kb
Module-6 Design of Retaining StructuresProblems & SolutionsProblems & Solutions127 kb
Module-7 Design of Machine FoundationsProblems & SolutionsProblems & Solutions50 kb
Module-8 Foundations in difficult groundProblems & SolutionsProblems & Solutions80 kb
Module NameDownloadDescriptionDownload Size
Module-2 Theory of Earth Pressure and Bearing CapacityQuiz 1Quiz-1 Question paper and solution1589 kb
Module-6 Design of Retaining StructuresQuiz 2Quiz 2 Question paper and solution5354 kb
Module NameDownloadDescriptionDownload Size
Module-4 Design of shallow foundationsMid SemMid Semester Question and Solutions8277 kb
Module-8 Foundations in difficult groundEnd SemisterEnd Semester Question paper and solution14364 kb