This course on Stress Analysis aims to teach students the concepts and theories related to stress concentration, failure, pressure vessels, contact stresses, fatigue, and fasteners. The course covers topics such as Castigliano’s Theorem, power screws, bolted joints, shafts, and springs. The teaching method includes theoretical explanations, examples, and applications of the learned concepts. This course is intended for engineering students, professionals, or anyone interested in gaining knowledge about stress analysis in mechanical systems.
Overview
Syllabus
Stress Analysis: Introduction, Review of Mechanics of Materials Concepts (1 of 17).
Stress Analysis: Stress Concentration & Static Failure Theories for Ductile Materials (2 of 17).
Stress Analysis: Failure Theories for Brittle Materials (3 of 17).
Stress Analysis: Thick Walled Pressure Vessels, Press & Shrink Fits (4 of 17).
Stress Analysis: Contact Stresses, Energy Method (5 of 17).
Stress Analysis: Castigliano’s Theorem & Examples (6 of 17).
Stress Analysis: Examples of Castigliano’s Theorem, Introduction to Fatigue (7 of 17).
Stress Analysis: Completely Reversed Stresses, Modifying Factors, Stress Concentration (8 of 17).
Stress Analysis: Fatigue Under Fluctuating & Combined Stresses (9 of 17).
Stress Analysis: Combined Loading Fatigue, Power Screws (10 of 17).
Stress Analysis: Power Screws, Threaded Fasteners (11 of 17).
Stress Analysis: Stiffness of Bolts & Members, External Tensile Loads on Bolted Joints (12 of 17).
Stress Analysis: Preload, Gasketted Joints, Fatigue of Bolts, and Bolts in Shear (13 of 17).
Stress Analysis: Example of Bolts in Shear, Shafts (14 of 17).
Stress Analysis: Shear Stresses in Stability, Presetting of Compression Springs (15 of 17).
Stress Analysis: Strength, Vibration, & Fatigue of Springs, Tension Springs (16 of 17).
Stress Analysis: Spring Rate and Static Stresses in Torsion Springs (17 of 17).
Taught by
CPPMechEngTutorials
