What will you in the Mechanics of Materials II: Thin-Walled Pressure Vessels and Torsion Course
Analyze and design thin-walled pressure vessels subjected to internal pressure
Apply Mohr’s Circle to determine stress states in cylindrical and spherical vessels
Understand torsional shear stress and strain in circular shafts
Calculate angle of twist and polar moment of inertia for shafts
Evaluate inelastic torsion and statically indeterminate torsional systems
Program Overview
Module 1: Welcome
Duration: ~30 minutes
Introduction to course structure and learning outcomes
Overview of the main topics and objectives
Module 2: Thin-Walled Pressure Vessels
Duration: ~2 hours
Classification and characteristics of thin-walled vessels
Calculation of hoop and longitudinal stresses
Mohr’s Circle applications for stress transformation
Analysis of spherical pressure vessels
Module 3: Elastic Torsion of Circular Shafts
Duration: ~3 hours
Shear strain and stress due to torsion
Elastic torsion formulas and angle of twist derivation
Calculating polar moment of inertia
Design and analysis of non-prismatic shafts
Module 4: Inelastic and Indeterminate Torsion
Duration: ~2 hours
Torsional behavior beyond the elastic limit
Solving statically indeterminate torsion problems
Real-world design applications and considerations
Final wrap-up and course summary
Get certificate
Job Outlook
Mechanical Engineers: Strengthen skills in stress analysis and component design
Structural Engineers: Design safe pressure vessels and torsional components
Aerospace Engineers: Understand torsional stress in critical components
Civil Engineers: Apply pressure and torsion theory in infrastructure projects
Specification: Mechanics of Materials II: Thin-Walled Pressure Vessels and Torsion
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