Enthusiastic about teaching & finding new methods to teach.


Aakriti Bagla

This course covers all the topics from strength of materials, primarily focusing on concept building that is important for exam point of view. Numerical from previous year papers are also discussed. The course will be beneficial for GATE Aspirants.

GATE (Graduate Aptitude Test in Engineering) 2020 & 2021 complete preparation with best educators. Know about the detailed syllabus, best books, exam pattern and dates, previous year question papers a

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English

Strength of Materials: GATE (Mechanical)

Mechanical Properties of Material

Strength of Material

Mechanical Engineering

GATE & ESE - ME & CH

GATE, ESE and IIT-JAM

Ace the toughest competitive and government exams in India 

Test Preparation

1. Rigid & deformable body  
2. Difference between stress & load  
3. Elastic limit and proportional limit  
4. Assumptions of Strength of material  
5. Isotropic homogeneous and prismatic material  
6. Elastic constants

Concepts and assumptions in SOM

1. Types of strains  
2. Longitudinal strain  
3. Lateral strain  
4. Volumetric strain  
5. Relationship between elastic constants

Elastic Constants and Types of Strains

1.Longitudinal, polar and centroidal axis  
2.Yield, ultimate and proof stress  
3. Failure and fracture  
4. Surface force and body force  
5. Numerical  
6. Types of load

Concept of axis and types of loads

1. Axial load  
2. Eccentric axial load  
3. Transverse Shear load  
4. Eccentric transverse shear load  
5. Bending couple  
6. Twisting couple  
7. Section modulus  
8. Polar modulus

Loading conditions and couples

1.Types of loading  
2.Types of supports  
3. Types of beams  
4. Numerical  
5. Shear Force  
6. Bending moment  
7. Sign convention

Types of support and beams

1. Shear force diagram  
2. Bending moment diagram  
3. Statically indeterminate
4. Numerical
5. Shortcuts

Shear Force and Bending Moment Diagram

1.Relationship between SFD and BMD  
2.Converting SFD to BMD  
3. Converting BMD to SFD  
4. Point of contraflexure  
5. Summary

SFD and BMD

1. Twisting moment  
2. Twisting angle  
3. Pure Torsion  
4. Torsional Equation  
5. Numerical  
6. Analogy between ALD and TMD

Twisting Moment

Numerical ( SFD, BMD, ALD, TMD )

1. Thermal Stresses  
2. Thermal Strain  
3. Free expansion 
4. Completely restricted and partially restricted expansion  
5. Numerical  
6. Thermal stresses in composite bar  
7. Thermal stresses in series bar

Thermal Stresses

1. Principal Stresses  
2. Principal Planes  
3. Case study  
4. Numerical  
5. Summary

Principal Stresses and Principal planes

1. Mohr's Circle  
2. Construction of Mohr's circle  
3. Properties of Mohr's Circle 
4. Case of pure shear stress  
5. Case of hydrostatic stress

Mohr's Circle

Introduction

I have done B.Tech(ME), M.Tech(Design). Since 2013 I am working as a GATE,IES & PSU Trainer. I taught more than 30,000 students.

Shankar Wadne

Dear students in this lectures we will see complete Analysis of Morning and Evening Paper with Subject wise detailed solution

(Hindi) GATE 2019 Analysis and Subject Wise Detailed Solution

Director at Course Creel (co.)
https://coursecreel.com/


Krishna Verma

This course consist strength of materials previous year questions of GATE.  Strength of materials is a highly weightage and totally numerical based subject.

(Hindi) GATE (Mechanical) : GATE Previous Year Questions - Strength of Materials

I am Saurav Kumar.I was lecturer in BITT polytechnic Ranchi and have experience of 2 year in teaching.

Saurav Kumar

Gate previous question discussion is done in this course

(Hindi) GATE: Strength of Materials

B.E. (MECHANICAL ENGINEERING) in 2016 CLEARED GATE 3 TIMES . UPSC-CSE And State Exams Aspirant .

Deepak Gupta

This Course Contains Description About Stresses In Any Oblique Plane Passing Through A  Point, Gives Idea About Principal Stress And Maximum Shear Stress In The Component Which Is Subjected To Different Loading Condition ( In Hindi) .

Lessons

13 lessons • 2h 46m

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Concepts and assumptions in SOM

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Elastic Constants and Types of Strains

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Concept of axis and types of loads

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Loading conditions and couples

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Types of support and beams

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Shear Force and Bending Moment Diagram

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SFD and BMD

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Twisting Moment

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Numerical ( SFD, BMD, ALD, TMD )

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Thermal Stresses

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