Machine Designing Full Course

Machine Designing Full Course

the course contains:-

Mechanical Properties of Ductile Metallic Materials

Influence of Fabrication Processes on the Strength of Materials

Stress at a Point

Stress Concentration Factors and Notch Sensitivity

Steady Load Failure Theories I

Steady Load Failure Theories II

Steady Load Failure Theories - Comparison with Experimental Data

Introduction to Fracture Mechanics

Fracture Mechanics and Steady Load Failure Theory Summary

Fatigue, Fatigue Machine Specs

Fatigue II

Crack Propagation

Thick Walled Cylinders

Compound Cylinders & Discontinuity Stresses

Interference Fits

Stresses in Rotating Disks

Shaft Loading

Shaft Analysis

Keys & Keyways

Splines

Involute Gear Tooth Bending Stress Analysis

Involute Gear Tooth Contact Stress Analysis

Rolling Contact Bearings

Plane Surface Bearings

Hydrodynamic Bearings - Theory

Hydrodynamic Bearings - Design

Power Screws

Mechanical Fasteners - Tensile and Shear Stress Areas

Mechanical Fasteners - Tension Connections

Mechanical Fasteners - Torque Vs Preload Relationship

Mechanical Fasteners - Shear Connections

Mechanical Fasteners - Combined Tension and Shear Loading

Welds

Eccentrically Loaded Welds

Helical Springs

One-Dimensional Heat Transfer Finite Elements

One-Dimensional Heat Transfer Finite Elements II

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