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Lesson Plan
Lecture Notes
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2.1 Beam, Support & Load
2.2 Bending & Shear Stresses in Beams
2.3 STRESSES IN HELICAL SPRINGS
2.4 SIMPLY SUPPORTED BEAMS
2.5 SHEAR FORCE AND BENDING MOMENT IN STRUCTURAL DESIGN
2.6 CANTILEVER BEAMS IN STRUCTURAL ENGG
2.7 OVERHANGING BEAMS
1.1 Understanding Rigid Bodies and Deformable Solids
1.2 Understanding Stress in Materials
1.3 Deformation of Simple and Compound Bars
1.4 Thermal Stresses
1.5 Elastic Constants
1.6 Volumetric Strain
1.7 Stresses on Inclined Planes
1.8 Principal Stresses and Principal Planes
1.9 Mohr’s Circle of Stress
3.1 TORSION FORMULATION
3.2 DEFLECTION IN SHAFTS
3.3 STRESSES IN HELICAL SPRINGS
3.4 HELICAL SPRINGS
3.5 DEFORMATION IN CIRCULAR SHAFTS
3.6 TORSION DEFORMATION
3.7 STEPPED SHAFTS
3.8 TORSIONAL DEFLECTION
3.9 LEAF SPRINGS
4.1 Elastic-Curve-and-Neutral-Axis-of-a-Beam-Under-Normal-Loads
4.2 Evaluation-of-Beam-Deflection-and-Slope
4.3 Macauleys-Method-Unravelling-Beam-Deflection
4.4 Columns-Unveiling-Structural-Stability
4.5 Unravelling-Column-Strength-Buckling-Crushing-Euler-and-Rankine-Formulas
4.6 The-Equivalent-Length-of-Columns-A-Structural-Engineering-Perspective
4.7 Eulers-Column-Theory-Understanding-Buckling-in-Structural-Elements
4.8 Slenderness-Ratio-Understanding-Column-Stability
4.9 Rankine-Gordon-Formula-for-Columns
5.1 Stresses-in-Thin-Cylindrical-Shells-Due-to-Internal-Pressure
5.2 Stresses-in-Thin-Cylindrical-Shells-Due-to-Internal-Pressure
5.3 Spherical-Shell-under-Internal-Pressure
5.4 Deformation-in-Spherical-Shells-Under-Internal-Pressure
5.5 Deformation-in-Thin-Cylindrical-Shells
5.6 Deformation-in-Thick-Cylinders
5.7 Stresses-in-Thin-Cylindrical-Shells-Due-to-Internal-Pressure
5.8 Stresses-in-Thin-Cylindrical-Shells-Due-to-Internal-Pressure
Question Bank
Shared the Important questions
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Question Bank
Puzzles
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Puzzles
YouTube – Reference videos
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Stress and Strain
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Stress Strain Curve
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Poisson’s Ratio
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Elasticity, Rigidity & Shear Stress
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Stress Element
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Axial Loads, Saint Venant’s Principle, Displacement
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Thermal and Mechanical Axial Displacement
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Determinate VS Indeterminate
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YouTube – Tutorial Videos
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Strength of Materials – Stress
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Types of Stresses
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Strength of Materials – Hooke’s law
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Basic Definition
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Mohr’s Circle for Stress Transformation
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Normal Stress
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Introduction to Strength of Materials – 1
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Problem based on Torsion – 3
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Problem based on Thin Cylinders – 3
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Problem based on Torsion – 1
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Problem based on Torsion – 2
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Problem based on Deformation of Solids – 3
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Problem based on Deformation of Solids – 1
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Grades & Toppers
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IA – I
IA – II
Resource Links
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Resource Links
Assignments
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Assignment – 1
Assignment – 2
23MET205 Strength of Materials (Class A)

This video is the start of a series in engineering mechanics called strength of materials, in particular, stress and strain. Stress and strain are crucial concepts for all engineers to understand when considering the performance and safety of a design. When an engineer understands stress and strain he/she can understand the capacity of a design and set safe limits for the end user as well as comply with regulations and standards.

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