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Orthotropic Materials in Engineering

Track :

Engineering

Lessons no : 33

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What will you learn in this course?
  • Understand the fundamental properties and characteristics of orthotropic materials in engineering applications
  • Analyze the mechanical behavior and stress-strain relationships of orthotropic materials in structural design
  • Apply principles of orthotropic material theory to optimize material selection for engineering projects
  • Evaluate the anisotropic properties influencing the strength, stiffness, and durability of orthotropic materials
  • Utilize mathematical models to predict the behavior of orthotropic materials under various loading conditions
  • Implement testing and quality control methods specific to orthotropic materials in manufacturing processes
  • Design engineering components using orthotropic materials to enhance performance and safety
  • Assess the environmental and operational factors affecting the performance of orthotropic materials in real-world applications
  • Integrate orthotropic material knowledge into sustainable and innovative engineering solutions
  • Develop troubleshooting strategies for issues related to orthotropic material behavior in engineering systems

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Lessons | 33
Mechanics of Fiber Reinforced Polymer Composite Structures Intro Video
00:13:04

Mechanics of Fiber Reinforced Polymer Composite Structures Intro Video
Lec 1 Composite Materials Introduction
00:40:32

Lec 1 Composite Materials Introduction
Lec 2 Composite Materials Classification
00:46:57

Lec 2 Composite Materials Classification
Lec 3 Anisotropic Elasticity
00:49:33

Lec 3 Anisotropic Elasticity
Lec 4 Orthotropic Materials
00:51:51

Lec 4 Orthotropic Materials
Lec 5 Hooke s Law for 2D Lamina
01:02:16

Lec 5 Hooke s Law for 2D Lamina
Lec 6 Engineering Constants for 2D Lamina
01:06:13

Lec 6 Engineering Constants for 2D Lamina
Lec 7 Strength Failure Criteria Part I
01:01:15

Lec 7 Strength Failure Criteria Part I
Lec 8 Strength Failure Criteria Part II
00:51:35

Lec 8 Strength Failure Criteria Part II
Lec 9 Hygrothermal Behavior of Lamina
00:51:36

Lec 9 Hygrothermal Behavior of Lamina
Lec 10 Introduction and Terminologies
00:48:59

Lec 10 Introduction and Terminologies
Lec 11 Evaluation of Elastic Moduli
00:51:33

Lec 11 Evaluation of Elastic Moduli
Lec 12 Evaluation of Longitudinal Strength
00:56:17

Lec 12 Evaluation of Longitudinal Strength
Lec 13 Evaluation of Transverse and Shear Strengths
00:48:20

Lec 13 Evaluation of Transverse and Shear Strengths
Lec 14 Evaluation of Hygrothermal Properties
00:42:25

Lec 14 Evaluation of Hygrothermal Properties
Lec 15 Elasticity Approach
00:52:57

Lec 15 Elasticity Approach
Lec 16 Experimental Evaluation
00:53:35

Lec 16 Experimental Evaluation
Lec 17 Laminate Introduction
00:43:13

Lec 17 Laminate Introduction
Lec 18 Classical Lamination Theory – Part I
00:40:26

Lec 18 Classical Lamination Theory – Part I
Lec 19 Classical Lamination Theory – Part II
00:48:07

Lec 19 Classical Lamination Theory – Part II
Lec 20 Response of Laminate – Significance of ABBD
01:10:56

Lec 20 Response of Laminate – Significance of ABBD
Lec 21 Special Classes of Laminates
00:48:54

Lec 21 Special Classes of Laminates
Lec 22 Engineering Constants of Laminates
00:39:16

Lec 22 Engineering Constants of Laminates
Lec 23 Hygrothermal Behaviour of Laminates
01:10:18

Lec 23 Hygrothermal Behaviour of Laminates
Lec 24 Analysis of Laminates
00:56:30

Lec 24 Analysis of Laminates
Lec 25 Failure of Laminates
01:07:41

Lec 25 Failure of Laminates
Lec 26 Failure Analysis under Combined Loading
00:40:25

Lec 26 Failure Analysis under Combined Loading
Lec 27 Design Example I
01:10:01

Lec 27 Design Example I
Lec 28 Design Example II
00:55:17

Lec 28 Design Example II
Lec 29 Interlaminar Stresses Delamination
01:05:24

Lec 29 Interlaminar Stresses Delamination
Lec 30 Prediction of Delamination
01:09:06

Lec 30 Prediction of Delamination
Lec 31 Transverse Deflection
00:40:31

Lec 31 Transverse Deflection
Lec 32 Buckling and Free Vibration
00:43:11

Lec 32 Buckling and Free Vibration


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Orthotropic Materials course, In this course we will learn about the properties, behavior, and applications of orthotropic materials in engineering and design.