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Basics of Engineering : Course for all CAE Engineers
Day 1 : Applied Mechanics
Introduction (21:11)
Force and its Characteristics (11:07)
Day 2 : Applied Mechanics
Free Body Diagram (13:46)
Friction (14:21)
Day 3 : Applied Mechanics
Rectilinear Motion (20:15)
Work, Energy and Power (18:17)
Day 4 : Applied Mechanics
Curvilinear Translation (13:33)
Important Definitions (Moment of Inertia etc.) (13:34)
Day 5: Strength of Materials
Basics of SOM (11:08)
Concept of Stress and Strain (11:27)
Day 6: Strength of Materials
Elastic constants (10:51)
Stress-Strain curve (12:47)
Day 7: Strength of Materials
Strain Energy & Resilience (8:37)
Complex Stresses and Strain (11:56)
Day 8: Strength of materials
Centroid and Principle Moment of inertia (13:42)
Introduction to SFD & BMD (8:45)
Day 9: Strength of materials
Problems in SFD, BMD (15:16)
Slope & Deflection of beams (10:50)
Day 10: Strength of materials
Theory of Pure bending (15:40)
Flexural Shear stress due to bending (8:27)
Torsion (13:32)
Day 11: Machine Design
What is Design? (11:27)
Selection of Materials (8:10)
Day 12: Machine Design
Design against Static load (8:09)
Theories of Failure (6:57)
Day 13: Machine Design
Stress Concentration & Fluctuating stress (10:30)
Design against fluctuating load (8:25)
Day 14: Machine Design
Cumulative damage ratio (8:02)
Springs, Buckling of Columns (9:20)
Day 15: Metallurgy
Structure of materials (5:34)
Plastic deformation & Strain hardening (8:00)
Day 16: Metallurgy
Annealing, Cold working & Hot working (5:25)
Mechanical testing of materials (9:47)
Day 17: Metallurgy
Non-destructive Testing (NDT) (10:02)
Phase diagrams (11:26)
Day 18: Theory of machines
Machines & Mechanisms (7:43)
Kinematic link & Constrained motion (9:42)
Day 19: Theory of machines
Types of Kinematic pairs (7:53)
Kinematic Chain & inversion of mechanism (9:59)
Day 20: Theory of machines
Solid friction & Fluid friction (9:06)
Belt drives (5:27)
Toothed Gears (9:37)
Day 21: Theory of Machines
Gyroscope & its applications (11:20)
Balancing of Rotating bodies (7:38)
Flywheels & Governors
Day 22: Basics of Vibration
Fundamentals of Vibration (13:34)
Damped & Undamped Vibrations (8:59)
Centroid and Principle Moment of inertia
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