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Index
Theories of Failure (Design for Static Load)
Simple Stresses and Strains
Elastic Constants and Poisson's Ratio
Principal Stresses
Shear Force and Bending Moment Diagram
Introduction to Torsion
Bending Stresses
Shear Stresses
Columns
Thin Cylinders and Spheres
Deflection of Beams
Introduction to Strain Energy
Material Testing
Previous Year GATE Questions of Strength of Materials
All Exams  >   Civil Engineering (CE)  >   Solid Mechanics (Video Lectures)  >   All Videos

All videos of Solid Mechanics (Video Lectures) for Civil Engineering (CE) Exam

Theories of Failure (Design for Static Load)

Overview of Theories of Failure - Theories of Failure - GATE Solid Mechanics

05:56 min

Introduction Load Classification Static Load | Introduction Machine Design | GATE Machine Design

13:10 min

Understanding the Problem on Impact load (Numerical 1)| Introduction Machine Design | GATE

04:53 min

Introduction Stress | Introduction - Machine Design | GATE Machine Design

06:58 min

Introduction: Classification of stresses | Introduction - Machine Design | GATE Machine Design

11:39 min

Understanding the Concept of Normal stress addition | Introduction - Machine Design | GATE

07:34 min

Simplifies: Stress Tensor | Introduction - Machine Design | GATE Machine Design

15:43 min

Understanding the Difference between Stress and Pressure | Introduction - Machine Design | GATE

11:55 min

Understanding the stress tensor (Numerical 2)| Introduction Machine Design | GATE

03:17 min

Understanding the Normal stress addition (Numerical 3)| Introduction Machine Design | GATE

07:15 min

Understanding the Normal stress addition (Numerical 4)| Introduction Machine Design | GATE

09:09 min

Introduction to Design for Static Loading | Complex stresses | GATE Machine Design

28:42 min

Explained: Stresses on Inclined Plane | Complex Stresses | GATE Machine Design

34:57 min

Mastering the Stresses on Inclined Plane 1D Loading | Complex Stresses | GATE Machine Design

17:28 min

Understanding the Stresses on Inclined Plane Pure Shear | Complex Stresses | GATE Machine Design

18:02 min

Principal of Stresses and Maximum Shear Stress | Complex stresses | GATE Machine Design

25:23 min

Numerical 1: Complex Stresses | Complex stresses | GATE Machine Design

18:17 min

Mastering the Concept of Mohr Circle in Complex stresses | GATE Machine Design

46:29 min

Explained: Mohr Circle for 1D Loading | Complex stresses | GATE Machine Design

14:30 min

Simplified the Concept of Mohr Circle for Pure shear | Complex stresses | GATE Machine Design

13:39 min

GATE Machine Design Simplified: Mohr Circle for Isotropic Loading | Complex stresses

14:37 min

Understanding the Mohr Circle for Beams or Shafts | Complex stresses | GATE Machine Design

06:30 min

Simplifies the Concept of 3D Mohr Circle | Complex stresses | GATE Machine Design

12:28 min

GATE Machine Design: Mastering Strain Analysis in Complex stresses

22:42 min

Mastering the Concept of Plane stress and plane strain in Complex stresses | GATE Machine Design

06:28 min

Numerical 2: 3D Mohrs circle | Complex stresses | GATE Machine Design

17:22 min

Numerical 3: Complex Stresses | Complex stresses | GATE Machine Design

12:12 min

Numerical 4: Complex Stresses | Complex stresses | GATE Machine Design

12:50 min

Numerical 5: Complex Stresses | Complex stresses | GATE Machine Design

09:47 min

Numerical 6: Complex Stresses | Complex stresses | GATE Machine Design

15:52 min

Numerical 8: Complex Stresses | Complex stresses | GATE Machine Design

13:00 min

Numerical 9: Complex Stresses | Complex stresses | GATE Machine Design

09:58 min

Numerical 10: Complex Stresses | Complex stresses | GATE Machine Design

07:03 min

Numericals on Pure Shear | Complex stresses | GATE Machine Design

19:49 min

Numerical 11: Complex Stresses | Complex stresses | GATE Machine Design

03:26 min

Numerical 12: Complex Stresses | Complex stresses | GATE Machine Design

02:53 min

Numerical 13: Complex Stresses | Complex stresses | GATE Machine Design

10:55 min

Numerical 14: Complex Stresses | Complex stresses | GATE Machine Design

04:56 min

Numerical 15: Complex Stresses | Complex stresses | GATE Machine Design

04:06 min

Numerical 16: Complex Stresses | Complex stresses | GATE Machine Design

04:31 min

Numerical 17: Complex Stresses | Complex stresses | GATE Machine Design

08:03 min

Numerical 18: Complex Stresses | Complex stresses | GATE Machine Design

12:42 min

Numerical 19: Complex Stresses | Complex stresses | GATE Machine Design

05:33 min

Numerical 20: Complex Stresses | Complex stresses | GATE Machine Design

03:37 min

Numerical 21: Complex Stresses | Complex stresses | GATE Machine Design

04:06 min

Numerical 22: Complex Stresses | Complex stresses | GATE Machine Design

03:39 min

Numerical 23: Complex Stresses | Complex stresses | GATE Machine Design

03:14 min

Numerical 24: Complex Stresses | Complex stresses | GATE Machine Design

03:37 min

Numerical 25: Complex Stresses | Complex stresses | GATE Machine Design

04:37 min

Introduction to Failure Theories | Theories of Failure |GATE Machine Design

15:39 min

Stress Strain Diagram for Strength Calculation | Theories of Failure | GATE Machine Design

62:20 min

Rankine Theory (Maximum Normal Stress Theory) | Theories of Failure | GATE Machine Design

29:20 min

Problem on Rankine Theory | Theories of Failure | GATE Solid Mechanics | GATE Machine Design

03:50 min

Guest Theory or Maximum Shear Stress Theory | GATE Solid Mechanics | Machine Design

34:27 min

Problem on Guest Theory -|Theories of Failure | GATE Solid Mechanics GATE Machine Design

05:37 min

Saint Venant Theory or Maximum Normal Strain Theory | Theories of Failure | GATE Solid Mechanics

35:18 min

Problem on Saint Venants Theory | Theories of Failure | GATE Solid Mechanics | GATE Machine Design

05:05 min

Haighs Theory or Strain Energy Theory | Theories of Failure | GATE Solid Mechanics Machine Design

26:35 min

Numerical 4: Haighs Theory | Theories of Failure | GATE Machine Design

04:08 min

Von Moses and Henkys theory (Distorsion Energy or Shear Strain Energy Theory) | GATE Machine Design

45:32 min

Summary of theories of failure | Theories of Failure | GATE Machine Design

18:59 min

Numerical 5: Solving the Theories of Failure | GATE Machine Design

14:27 min

Explained: Guest theory Vs Distortion energy theory | Theories of Failure | GATE Machine Design

05:51 min

Numerical 6: Solving the Theories of Failure | GATE Machine Design

05:20 min

Shaft subjected to combined bending and twisting moment | Theories of Failure | GATE Machine Design

41:40 min

Numerical 7: Solving the Theories of Failure | GATE Machine Design

38:09 min

Numerical 8: Solving the Theories of Failure | GATE Machine Design

12:37 min

Numerical 9: Solving the Theories of Failure | GATE Machine Design

07:56 min

Numerical 10: Solving the Theories of Failure | GATE Machine Design

07:21 min

Numerical 11: Solving the Theories of Failure | GATE Machine Design

06:58 min

Numerical 12: Solving the Theories of Failure | GATE Machine Design

04:45 min

Numerical 13: Solving the Theories of Failure | GATE Machine Design

09:30 min

Numerical 14: Solving the Theories of Failure | GATE Machine Design

03:39 min

Numerical 15: Solving the Theories of Failure | GATE Machine Design

08:27 min

Numerical 16: Solving the Theories of Failure | GATE Machine Design

04:53 min

Numerical 17: Solving the Theories of Failure | GATE Machine Design

04:16 min

Numerical 18: Solving the Theories of Failure | GATE Machine Design

04:25 min

Numerical 19: Solving the Theories of Failure | GATE Machine Design

03:05 min

Numerical 20: Solving the Theories of Failure | GATE Machine Design

02:58 min

Numerical 21: Solving the Theories of Failure | GATE Machine Design

03:29 min

Numerical 22: Solving the Theories of Failure | GATE Machine Design

03:22 min

Numerical 23: Solving the Theories of Failure | GATE Machine Design

04:44 min

Numerical 24: Solving the Theories of Failure | GATE Machine Design

02:41 min

Numerical 25: Solving the Theories of Failure | GATE Machine Design

04:42 min

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Simple Stresses and Strains

Understanding Types Of Stress And Strains : Essential Concepts In Strength Of Material

31:10 min

Exploring Elastic Limit And Hooke's Law In Strength Of Material | GATE

12:13 min

Bars Of Varying Cross-Section : GATE Strength Of Materials Explained | GATE

05:14 min

Understanding The Principle Of Superposition In Strength Of Material | GATE

12:11 min

Exploring Bar Elongation Concepts | GATE Strength Of Material

12:39 min

Conquering Uniformly Tapered Bars In Strength Of Material | GATE

12:38 min

Essential Concepts Of Bars Of Composite Section For GATE

08:35 min

Understanding Stresses In Nut And Bolt : Strength Of Materials Basics | GATE

17:24 min

Understanding Thermal Stresses : A Guide For GATE Exam Preparation

22:42 min

Comprehensive Guide To Thermal Stresses In Composite Bars | GATE

13:09 min

Solving Stress And Strain Numerical 1 | GATE Strength Of Material

04:22 min

Solving Stress And Strain Numerical 2 | GATE Strength Of Material

05:56 min

Bars Of Varying Cross-section | Solving GATE Numerical 1

07:48 min

Bars Of Varying Cross-section | Solving GATE Numerical 2

05:45 min

Exploring The Principle Of Superposition With Step-by-Step Guide To Numerical 1

10:22 min

Exploring The Principle Of Superposition With Step-by-Step Guide To Numerical 2

10:24 min

Exploring The Principle Of Superposition With Step-by-Step Guide To Numerical 3

13:56 min

Understanding Numerical 1 : Uniformly Tapered Bar Problems | GATE

08:52 min

Understanding Bars Of Composite Section With Numerical 1 | GATE

15:20 min

Understanding Bars Of Composite Section With Numerical 2 | GATE

18:35 min

Understanding Bars Of Composite Section With Numerical 3 | GATE

14:42 min

Understanding Bars Of Composite Section With Numerical 4 | GATE

22:21 min

Solving GATE Numerical 1: Stresses In Nut and Bolt | Strength Of Materials Concepts

17:32 min

Solving Thermal Stresses Problems In GATE Strength Of Materials | Numerical 1

09:21 min

Solving Thermal Stresses Problems In GATE Strength Of Materials | Numerical 2

16:39 min

Elastic Constants and Poisson's Ratio

Exploring Lateral Strain And Poisson's Ratio In GATE's Strength Of Material

07:14 min

Exploring Volumetric Strain And Bulk Modulus Concepts For GATE Strength Of Materials

24:15 min

Complementary Shear Stress : Key Concepts For GATE Strength Of Materials

11:16 min

Understanding The Core Relationship Between E & K In Strength Of Materials For GATE

03:09 min

Understanding The Core Relationship Between E & G In Strength Of Materials For GATE

56:10 min

Understanding The Core Relationship Between E ; G & K In Strength Of Materials For GATE

03:57 min

Elastic Constants In GATE Strength Of Materials | Numerical 1

08:24 min

Elastic Constants In GATE Strength Of Materials | Numerical 2

07:44 min

Elastic Constants In GATE Strength Of Materials | Numerical 3

10:12 min

Elastic Constants In GATE Strength Of Materials | Numerical 4

04:53 min

318 videos
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Principal Stresses

Principal Planes And Principal Stresses In Strength Of Materials | GATE Essential Concepts

07:16 min

Analyzing Stresses In Oblique Sections | GATE Strength Of Materials

06:22 min

Direct Stress in One Plane Explained In Strength Of Materials | GATE

11:06 min

Direct Stress In Two Mutually Perpendicular Planes Explained In Strength Of Materials | GATE

12:26 min

Comprehensive Understanding Of Simple Shear Stress For GATE Aspirants

13:24 min

Principal Planes Fundamentals | GATE Strength Of Materials

19:16 min

Maximum Shear Stress Explained In Strength of Materials | GATE

23:16 min

Understanding Mohr's Circle: Key Concepts in Strength of Material | GATE

09:21 min

Step-by-Step Mohr's Circle Drawing Tutorial For GATE

26:56 min

Mohr Circle Explained As A Point In Strength of Materials | GATE

06:08 min

Principal Stresses Explained In Strength of Materials | GATE Numerical 1

12:33 min

Principal Stresses Explained In Strength of Materials | GATE Numerical 2

07:12 min

Principal Stresses Explained In Strength of Materials | GATE Numerical 4

11:24 min

Comprehensive Guide To Mohr Circle | GATE Strength Of Materials | Numerical 1

25:12 min

Comprehensive Guide To Mohr Circle | GATE Strength Of Materials | Numerical 2

20:00 min

Principal Strain In Strength Of Materials | GATE Numerical 1

11:38 min

Principal Strain In Strength Of Materials | GATE Numerical 2

16:42 min

Shear Force and Bending Moment Diagram

Understanding Different Types Of Beams | Essential Concepts For GATE

31:25 min

Exploring Various Types Of Loadings And Their Concepts | GATE

12:56 min

Understanding Shear Force And Bending Moment Concepts In GATE

11:28 min

Shear Force And Bending Moment Sign Convention Explained | GATE

06:55 min

Understanding Cantilever Structures : Point Load In GATE Explained

09:44 min

Essential Concepts : Cantilever Structures with UDL In GATE Engineering

09:34 min

Essential Concepts : Cantilever Structures with UVL In GATE Engineering

11:55 min

Understanding Simply Supported Beam with Point Load | GATE

17:36 min

Step-by-Step Approach To Simply Supported Beam With UDL In GATE

19:12 min

Step-by-Step Approach To Simply Supported Beam With UVL In GATE : 1

23:20 min

Step-by-Step Approach To Simply Supported Beam With UVL In GATE : 2

25:05 min

Understanding Overhang Beam In Gate : Mechanics Explained

04:58 min

Point of Contraflexture In Gate Exam | A Key Concept For Success

05:37 min

Overhang Beam Design Explained : Point Load Considerations In GATE

19:35 min

Understanding Overhang Beam Design : Uniformly Distributed Load Explained | GATE

46:03 min

Essential Concepts Of Beams With Moments For GATE Exam

17:42 min

Exploring The Relation Between Shear Force And Bending Moment | Concepts For GATE

17:08 min

Solving SFD And BMD For Cantilever Beam | GATE Numerical 1

21:01 min

Solving SFD And BMD For Cantilever Beam | GATE Numerical 2

21:10 min

Solving SFD And BMD For Simply Supported Beam | GATE Numerical 1

17:46 min

Solving SFD And BMD For Simply Supported Beam | GATE Numerical 2

30:39 min

Solving SFD And BMD For Overhang Beam | GATE Numerical 1

24:02 min

Solving SFD And BMD For Beams With Moments | GATE Numerical 1

09:46 min

Introduction to Torsion

Polar Moment Of Inertia | Key Topic For GATE Mechanical Engineering

23:09 min

Understanding Torsional Equation In Mechanical Engineering | GATE

19:59 min

Torque And Power Transmission : Essential Concepts For GATE

12:12 min

Understanding The Intricacies Of Torsional Equation And Angle Of Twist For GATE

05:37 min

Polar Modulus Fundamentals For GATE | Key Concepts And Examples

05:46 min

Deep Dive Into Shafts In Series Configuration | Gate Mechanism Explained

11:19 min

Torque Calculations At Junction In GATE : Expert Tips And Tricks

12:24 min

Exploring Composite Shaft | The Key To Gate Reliability And Performance

09:58 min

Exploring Combined Bending And Torsion | GATE

26:34 min

Understanding Strain Energy In Shafts : A Gate Engineering Perspective

12:16 min

Understanding The Mechanics Of Closed Coiled Helical Springs | GATE

14:15 min

Exploring The Significance Of Angle Of Twist In Spring Wire | GATE

04:41 min

Torsional Equation In Strength Of Materials | GATE Numerical 1

06:37 min

Torsional Equation In Strength Of Materials | GATE Numerical 2

11:20 min

Solving Shafts In Series Step by Step | GATE Exam Numerical 1

15:18 min

Solving Composite Shaft Step by Step | GATE Exam Numerical 1

13:26 min

Solving Springs Step by Step | GATE Exam Numerical 1

07:23 min

Bending Stresses

Understanding Simple Bending Theory In Strength Of Materials For GATE

12:14 min

Neutral Axis And Moment of Resistance Explained | Strength Of Materials GATE

17:17 min

Bending Equations Explained For GATE | Strength Of Materials

19:58 min

Comprehensive Guide To Centre Of Gravity And Moment Of Inertia | GATE

46:02 min

Understanding Bending Stresses In Symmetrical Sections | GATE Strength Of Materials

22:08 min

Master The Concept: Beams Of Uniform Strength in Strength Of Materials | GATE

18:30 min

Flitched Beam Explained | GATE Strength Of Materials

17:57 min

Mastering Combined Direct And Bending Stresses: GATE Strength Of Materials Essentials

22:17 min

Comprehensive Guide To Limit Of Eccentricity In GATE Strength Of Materials : II

09:29 min

Complete Guide To Moment Of Inertia Problems | Gate Numerical 1

15:25 min

Deflection of Beams

Mastering Slope & Deflection Of Beams: GATE Strength Of Materials Guide

12:53 min

Understanding Deflection Equation In Strength Of Materials For Sagging Loads

19:53 min

Understanding Deflection Equation In Strength Of Materials For Hogging Loads

08:31 min

Understanding Slope And Deflection Calculations In Strength Of Materials | GATE

08:51 min

Understanding Cantilever Beam With Point Load (DIM) | Strength Of Materials (GATE)

09:03 min

Cantilever Beam Problems With UDL (DIM) | GATE Strength Of Materials

11:40 min

Simply Supported Beam With Point Load (DIM) | GATE Strength Of Material

16:13 min

Simply Supported Beam & UDL Explained (GATE Strength Of Materials)

12:25 min

Cantilever Beam With Point Load (MAM) | GATE Strength Of Materials

17:30 min

Understanding Simply Supported Beam With UDL In Strength of Materials | GATE

10:10 min

Cantilever Beam With Uniformly Distributed Load (CBM Simplified) | GATE

06:53 min

Understanding Simply Supported Beam With Point Load (CBM) | Strength Of Materials GATE

12:07 min

Understanding Simply Supported Beams with UDL (CBM) | GATE Strength of Materials

10:44 min

Mastering Double Integration Method In Strength Of Materials | GATE Numerical 1

06:02 min

Mastering Double Integration Method In Strength Of Materials | GATE Numerical 2

33:02 min

Mastering Moment Area Method In Strength of Materials (Numerical 1)

22:10 min

Understanding Conjugate Beam Method In Strength of Materials | GATE Numerical 1

23:49 min

Introduction to Strain Energy

Exploring The Basics Of Strain Energy | Key Concepts In Strength Of Materials

05:25 min

Understanding Strain Energy In Direct Stresses: Strength Of Materials Explained | GATE

06:08 min

Essential Concepts: Strain Energy In Pure Shear GATE Strength Of Materials

08:13 min

Understanding Strain Energy In Torsion | GATE Strength Of Materials Explained

08:29 min

Understanding Strain Energy In Bending | GATE Strength Of Materials Explained

12:26 min

Understanding Castigliano's Theorem: A Deep Dive into Strength of Materials | GATE

10:47 min

Strain Energy In Sudden Loading | GATE Strength Of Materials Explained

04:41 min

Strain Energy In Impact Loading | GATE Strength Of Materials Explained

09:02 min

Strain Energy Problems Explained (Strength of Materials) | Numerical 1

13:38 min

Strain Energy Problems Explained (Strength of Materials) | Numerical 2

06:07 min

Strain Energy Problems Explained (Strength of Materials) | Numerical 3

08:32 min

Strain Energy Problems Explained (Strength of Materials) | Numerical 4

18:54 min

Previous Year GATE Questions of Strength of Materials

Strength Of Material | Solving Previous Year GATE Question Number 1

07:47 min

Strength Of Material | Solving Previous Year GATE Question Number 2

07:40 min

Strength Of Material | Solving Previous Year GATE Question Number 3

10:03 min

Strength Of Material | Solving Previous Year GATE Question Number 4

05:45 min

Strength Of Material | Solving Previous Year GATE Question Number 5

05:39 min

Strength Of Material | Solving Previous Year GATE Question Number 6

05:14 min

Strength Of Material | Solving Previous Year GATE Question Number 7

06:41 min

Strength Of Material | Solving Previous Year GATE Question Number 8

08:41 min

Strength Of Material | Solving Previous Year GATE Question Number 9

07:22 min

Strength Of Material | Solving Previous Year GATE Question Number 10

06:32 min

Strength Of Material | Solving Previous Year GATE Question Number 11

04:37 min

Strength Of Material | Solving Previous Year GATE Question Number 12

10:15 min

Strength Of Material | Solving Previous Year GATE Question Number 13

08:37 min

Strength Of Material | Solving Previous Year GATE Question Number 14

05:26 min

Strength Of Material | Solving Previous Year GATE Question Number 15

03:59 min

Strength Of Material | Solving Previous Year GATE Question Number 16

03:53 min

Strength Of Material | Solving Previous Year GATE Question Number 17

14:28 min

Strength Of Material | Solving Previous Year GATE Question Number 18

10:43 min

Strength Of Material | Solving Previous Year GATE Question Number 19

04:29 min

Strength Of Material | Solving Previous Year GATE Question Number 20

12:21 min

Strength Of Material | Solving Previous Year GATE Question Number 21

08:11 min

Strength Of Material | Solving Previous Year GATE Question Number 22

06:06 min

Strength Of Material | Solving Previous Year GATE Question Number 23

07:28 min

Strength Of Material | Solving Previous Year GATE Question Number 24

05:33 min

Strength Of Material | Solving Previous Year GATE Question Number 25

05:54 min

Strength Of Material | Solving Previous Year GATE Question Number 26

10:41 min

Strength Of Material | Solving Previous Year GATE Question Number 27

10:44 min

Strength Of Material | Solving Previous Year GATE Question Number 28

11:58 min

Strength Of Material | Solving Previous Year GATE Question Number 29

08:20 min

Strength Of Material | Solving Previous Year GATE Question Number 30

09:54 min

Strength Of Material | Solving Previous Year GATE Question Number 31

05:21 min

Strength Of Material | Solving Previous Year GATE Question Number 32

07:48 min

Strength Of Material | Solving Previous Year GATE Question Number 33

08:05 min

Strength Of Material | Solving Previous Year GATE Question Number 34

07:16 min

Strength Of Material | Solving Previous Year GATE Question Number 35

06:23 min

Strength Of Material | Solving Previous Year GATE Question Number 36

05:38 min

Strength Of Material | Solving Previous Year GATE Question Number 37

07:10 min

Strength Of Material | Solving Previous Year GATE Question Number 38

16:54 min

Strength Of Material | Solving Previous Year GATE Question Number 39

08:47 min

Strength Of Material | Solving Previous Year GATE Question Number 40

05:25 min

Strength Of Material | Solving Previous Year GATE Question Number 41

04:48 min

Top Courses Civil Engineering (CE)

Video lectures for Solid Mechanics (Video Lectures) 2025 is part of Civil Engineering (CE) exam preparation. The videos have been prepared according to the Civil Engineering (CE) exam syllabus. The Video lectures, notes, tests & MCQs are made for Civil Engineering (CE) 2025 Exam. Find important definitions, questions, notes, meanings, examples, exercises, MCQs and online tests here.

Video lectures of Solid Mechanics (Video Lectures) in English & Hindi are available as part of Civil Engineering (CE) exam. Download more important topics, notes, lectures and mock test series for Civil Engineering (CE) Exam by signing up for free.
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