11:45
Introduction to Finite Element Method (FEM) for Beginners
04:44
Real life example of Eigen values and Eigen vectors
00:05
Strength of Materials - Concept Question 1 ( Provide answer with explanation)
02:32
Stress concentration explained without math equations
03:20
Principal stresses explained using an experiment ( No Math)
03:18
Stresses in bending and torsion without math equations ( includes Experiment)
03:56
von Mises Stress - Motivation, and Its relation to octahedral shear stress and J2 Invariant
05:36
Isotropic and Kinematic hardening (with Bauschinger's effect) in 5 mins
06:34
Basics of plasticity theory in 6 min
05:09
Overview of solid mechanics ( or structural mechanics or mechanics of materials) in 5 min
05:25
How are principal planes & eigen vectors of the stress tensor related ? | An intuitive explanation
02:55
Eigen values and Eigen vectors in 3 mins | Explained with an interesting analogy
05:51
Principal Stresses explained without math equations
17:21
Basic concepts of strength of materials without math equations - part II
03:15
State of stress explained in a simple way
04:18
Basic concepts of strength of materials without math equations - part I (Experiment )
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About
This is an educational outreach initiative to explain the concepts of mechanics in a simple way.All the people that deal with mechanics (esp. solid mechanics) can benefit from this.The goal is offer deeper insights ,very simple explanations and help build intuition on specific concepts /topics of mechanics. Learning by experiments,visualization, and examples and learning through analogy helps to imbibe a concept very easily and the teaching method will closely follow that principle.
You could consider this as one stop for most of the topics of mechanics which includes continuum mechanics, strength of materials, solid mechanics, finite element analysis, elasticity, plasticity etc.
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