18ME32 - Mechanics of Materials

18ME32

KALE S. R.

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(0) 5 Students

What you will learn

  • Mechanical Engineering

18ME32 - Mechanics of Materials

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Module 01 - Lecture 05 - Stress Strain Diagrams Part 01 - Segment 1
Preview 27:16
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Modue 2 Part 1 01 Introduction to 3D Stess
Preview 27:17
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Modue 2 Part 1 02 3D Stress And Sign Convention
Preview 19:02
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Module 2 Part 1 04 Derivation of Principal Stresses and Principal Angles
Preview 21:27

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Module 2 Part 1 05 Maximum Shear Stress and Maximum Shear Angles
Preview 08:55
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Modue 02 Session 06 Part-1 Mohr Circle
Preview 52:57
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Module 03 - Session 1 - Bending moment & shear force in beams
Preview 18:49
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Module 03 - Session 02 - Numaricals on cantilever beam
Preview 39:58

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Module - 03, Session 03 How to draw shear force & bending movement diagram
Preview 26:50
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Module 03 - Session04
Preview 35:36
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Module 03 - Session 05
Preview 32:31
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Module 03 - Lecture 06
Preview 28:18

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Module 03 - Lecture 07
Preview 22:54
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Module 03 - Session 09
Preview 53:01
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Module 04 - Lecture 01
Preview 17:05
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Module 04 - Lecture 02
Preview 18:57

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Module 04 - Lecture 03
Preview 16:09
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Module 04 Lecture 4
Preview 22:28
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Module 04 - Lecture 05
Preview 19:08
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Module 04 - Lecture 06
Preview 23:25

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Module 04 - Lecture 07
Preview 18:22
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Module 04 - Lecture 08
Preview 20:18
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MODULE 04 LECTURE 09
Preview 22:19
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Module 04 Lecture 10
Preview 19:54

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Module 5 Lecture 1
Preview 25:09
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Module 5 Lecture 2
Preview 25:45
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MODULE 5 LECTURE 3
Preview 25:41
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Module 5 Lecture 4
Preview 17:54
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Meet Your Instructor
VTU e-Learning
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Instructor
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0 Students
1 Courses
About Instructor

VTU e-Learning

KALE S. R.
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Instructor
0.0 Rating
0 Students
70 Courses
About Instructor

Prof. Sunil R. Kale has been with the Department of Mechanical Engineering since 1989. He has developed and taught UG courses (thermodynamics, energy conversion, heat and mass transfer, power plant technologies, engineering drawing, and mechanical core laboratory), and PG courses (experimental methods for thermal engineering, multiphase flows). His research, academic and industry-related, is in the fields of heat transfer, fluid mechanics, fire dynamics, combustion, and energy conversion.

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Free

  • Course Duration
    13 h 32 m 52 s
  • Course Level
    Intermediate
  • Student Enrolled
    5
  • Language
    English
This Course Includes
  • 13 h 32 m 52 s Video Lectures
  • 0 Quizzes
  • 0 Assignments
  • 0 Downloadable Resources
  • Full Lifetime Access
  • Certificate of Completion