Civil Engineering (CE) Exam > Solid Mechanics (Video Lectures for GATE) > Theories of Failure (Design for Static Load)
Theories of Failure (Design for Static Load) - Solid Mechanics (Video Lectures for GATE) - Civil Engineering (CE) - Notes, Videos & Tests
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Theories of Failure (Design for Static Load) Study Material
| Introduction Load Classification Static Load | Introduction Machine Design | GATE Machine Design Video | 13:10 min |
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| Understanding the Problem on Impact load (Numerical 1)| Introduction Machine Design | GATE Video | 04:53 min |
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| Introduction: Classification of stresses | Introduction - Machine Design | GATE Machine Design Video | 11:39 min |
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| Understanding the Concept of Normal stress addition | Introduction - Machine Design | GATE Video | 07:34 min |
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| Simplifies: Stress Tensor | Introduction - Machine Design | GATE Machine Design FREE Video | 15:43 min |
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| Understanding the Difference between Stress and Pressure | Introduction - Machine Design | GATE Video | 11:55 min |
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| Understanding the Normal stress addition (Numerical 3)| Introduction Machine Design | GATE Video | 07:15 min |
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| Understanding the Normal stress addition (Numerical 4)| Introduction Machine Design | GATE Video | 09:09 min |
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| Introduction to Design for Static Loading | Complex stresses | GATE Machine Design Video | 28:42 min |
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| Mastering the Stresses on Inclined Plane 1D Loading | Complex Stresses | GATE Machine Design Video | 17:28 min |
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| Understanding the Stresses on Inclined Plane Pure Shear | Complex Stresses | GATE Machine Design Video | 18:02 min |
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| Principal of Stresses and Maximum Shear Stress | Complex stresses | GATE Machine Design Video | 25:23 min |
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| Simplified the Concept of Mohr Circle for Pure shear | Complex stresses | GATE Machine Design Video | 13:39 min |
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| GATE Machine Design Simplified: Mohr Circle for Isotropic Loading | Complex stresses Video | 14:37 min |
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| Understanding the Mohr Circle for Beams or Shafts | Complex stresses | GATE Machine Design Video | 06:30 min |
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| Mastering the Concept of Plane stress and plane strain in Complex stresses | GATE Machine Design Video | 06:28 min |
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| Stress Strain Diagram for Strength Calculation | Theories of Failure | GATE Machine Design Video | 62:20 min |
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| Rankine Theory (Maximum Normal Stress Theory) | Theories of Failure | GATE Machine Design Video | 29:20 min |
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| Problem on Rankine Theory | Theories of Failure | GATE Solid Mechanics | GATE Machine Design Video | 03:50 min |
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| Guest Theory or Maximum Shear Stress Theory | GATE Solid Mechanics | Machine Design Video | 34:27 min |
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| Problem on Guest Theory -|Theories of Failure | GATE Solid Mechanics GATE Machine Design Video | 05:37 min |
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| Saint Venant Theory or Maximum Normal Strain Theory | Theories of Failure | GATE Solid Mechanics Video | 35:18 min |
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| Problem on Saint Venants Theory | Theories of Failure | GATE Solid Mechanics | GATE Machine Design Video | 05:05 min |
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| Haighs Theory or Strain Energy Theory | Theories of Failure | GATE Solid Mechanics Machine Design Video | 26:35 min |
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| Von Moses and Henkys theory (Distorsion Energy or Shear Strain Energy Theory) | GATE Machine Design Video | 45:32 min |
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| Explained: Guest theory Vs Distortion energy theory | Theories of Failure | GATE Machine Design Video | 05:51 min |
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| Shaft subjected to combined bending and twisting moment | Theories of Failure | GATE Machine Design Video | 41:40 min |
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Videos for Theories of Failure (Design for Static Load) - Solid Mechanics (Video Lectures for GATE) | Civil Engineering (CE)
It is scientifically proven that the things we see stay for a longer period of time in our minds than the things we read. EduRev is providing videos for important topics in Theories of Failure (Design for Static Load) for Civil Engineering (CE). These videos are created by experts to give them in-depth knowledge of the topics and to clear a lot of concepts regarding that chapter. This will help them understand things by visualizing the tips and tricks and will make learning easy. These videos of Solid Mechanics (Video Lectures for GATE) are chosen to make the concept more clear.
| Introduction Load Classification Static Load | Introduction Machine Design | GATE Machine Design Video 13:10 min |
|
| Understanding the Problem on Impact load (Numerical 1)| Introduction Machine Design | GATE Video 04:53 min |
|
| Introduction: Classification of stresses | Introduction - Machine Design | GATE Machine Design Video 11:39 min |
|
| Understanding the Concept of Normal stress addition | Introduction - Machine Design | GATE Video 07:34 min |
|
| Understanding the Difference between Stress and Pressure | Introduction - Machine Design | GATE Video 11:55 min |
|
| Understanding the Normal stress addition (Numerical 3)| Introduction Machine Design | GATE Video 07:15 min |
|
| Understanding the Normal stress addition (Numerical 4)| Introduction Machine Design | GATE Video 09:09 min |
|
| Mastering the Stresses on Inclined Plane 1D Loading | Complex Stresses | GATE Machine Design Video 17:28 min |
|
| Understanding the Stresses on Inclined Plane Pure Shear | Complex Stresses | GATE Machine Design Video 18:02 min |
|
| Principal of Stresses and Maximum Shear Stress | Complex stresses | GATE Machine Design Video 25:23 min |
|
| Simplified the Concept of Mohr Circle for Pure shear | Complex stresses | GATE Machine Design Video 13:39 min |
|
| GATE Machine Design Simplified: Mohr Circle for Isotropic Loading | Complex stresses Video 14:37 min |
|
| Understanding the Mohr Circle for Beams or Shafts | Complex stresses | GATE Machine Design Video 06:30 min |
|
| Mastering the Concept of Plane stress and plane strain in Complex stresses | GATE Machine Design Video 06:28 min |
|
| Stress Strain Diagram for Strength Calculation | Theories of Failure | GATE Machine Design Video 62:20 min |
|
| Rankine Theory (Maximum Normal Stress Theory) | Theories of Failure | GATE Machine Design Video 29:20 min |
|
| Problem on Rankine Theory | Theories of Failure | GATE Solid Mechanics | GATE Machine Design Video 03:50 min |
|
| Problem on Guest Theory -|Theories of Failure | GATE Solid Mechanics GATE Machine Design Video 05:37 min |
|
| Saint Venant Theory or Maximum Normal Strain Theory | Theories of Failure | GATE Solid Mechanics Video 35:18 min |
|
| Problem on Saint Venants Theory | Theories of Failure | GATE Solid Mechanics | GATE Machine Design Video 05:05 min |
|
| Haighs Theory or Strain Energy Theory | Theories of Failure | GATE Solid Mechanics Machine Design Video 26:35 min |
|
| Von Moses and Henkys theory (Distorsion Energy or Shear Strain Energy Theory) | GATE Machine Design Video 45:32 min |
|
| Explained: Guest theory Vs Distortion energy theory | Theories of Failure | GATE Machine Design Video 05:51 min |
|
| Shaft subjected to combined bending and twisting moment | Theories of Failure | GATE Machine Design Video 41:40 min |
|
Other Chapters in Solid Mechanics (Video Lectures for GATE) for Civil Engineering (CE)
The Complete Chapterwise preparation package of Solid Mechanics (Video Lectures for GATE) is created by the best Civil Engineering (CE) teachers for Civil Engineering (CE) preparation.
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Theories of Failure (Design for Static Load) | Solid Mechanics (Video Lectures for GATE)
Theories of Failure (Design for Static Load) | Solid Mechanics (Video Lectures for GATE)
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Theories of Failure (Design for Static Load) Notes Free PDF Download
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Important Questions for Theories of Failure (Design for Static Load)
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Theories of Failure (Design for Static Load) Practice Questions
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