Material Selection for Mechanical Design

Lecture 01: Materials Selection in Mechanical Design

Lecture 02: Attributes of Material - a case study

Lecture 03: Attributes of Material through Case Study : Part-02

Lecture 04: Attributes of Material through Case Study : Part-03

Lecture 05: Mechanical Properties of Materials Relevant to Design - Part-01

Lecture 06: Mechanical Properties of Materials Relevant to Design-Part-01

Lecture 07: Mechanical Properties of Materials Relevant to Design-Part-02

Lecture 08: Mechanical Properties of Materials Relevant to Design-Part-02

Lecture 09: Mechanical Properties of Materials Relevant to Design-Part-03

Lecture 10: Mechanical Properties of Materials Relevant to Design-Part-03

Lecture 11: Density, Specific Properties & Lightweight Design

Lecture 12 - Part A: The Role of Crystal Structure - II

Lecture 12 - Part B: The Role of Crystal Structure - III

Lecture 13: Metals - I (Ferrous alloys)

Lecture 14: Part A - Product Design with Metals (Non-Ferrous alloys)

Lecture 14: Part B - Strengthening & Corrosion in Metals

Lecture 15: Part A - Material Selection for Lightweight Vehicles using Ashby Charts

Lecture 15: Part B - Material Selection for Lightweight Vehicles using Ashby Charts - Part - II

Lecture 16: Part A - Materials Selection for Polymers & Composites

Lecture 16: Part B - Materials Selection for Polymers & Composites

Lecture 17: Part A - Polymer Mechanical Properties Part-II

Lecture 17: Part B - Composite Materials - I (Introduction)

Lecture 18: Composite Materials - II (Introduction)

Lecture 19: Part A - Ceramics - I

Lecture 19: Part B - Ceramics - II

Lecture 20: Smart materials - I (Introduction)

Lecture 21: Magneto strictive Smart Materials (Introduction)

Lecture 22: Ionic Polymer Metal Composites (Introduction)

Lecture 23: Shape Memory Alloys (Introduction)

Lecture 24: Actuator & Sensory Devices

Lecture 25: MEMS Devices

Lecture 26: Material selection for Actuators of Robotic Gripper (Case Study)

Lecture 27: Shape Factor in Material Selection & Design

Lecture 28: Material selection for Mechanical Systems

Lecture 29: Material selection for Mechanical Systems

Lecture 30: Material Selection for Liquid Storage

Lecture 31: Material Selection for Dynamic and Multiphysics Mechanical Systems

Lecture 32: Material Selection for Dynamic and Multiphysics Mechanical Systems

Lecture 33: Material Selection: Suspension Design Introduction-Kelvin-Voight Model-Coulomb damper

Lecture 34: Material Selection: Suspension Design Introduction-Kelvin-Voight Model-Coulomb damper

Lecture 35: Material Selection: Suspension Design Pneumatic System and Active Suspension

Lecture 36: Aesthetics and Material Selection

Lecture 37: Meta structures & Metamaterials Introduction-Basic Formulation - Application