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Home
Courses
Live Classes
Schedule
Registration Form
How It Works
Account
About
Contact
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Home
Courses
Live Classes
Schedule
Registration Form
How It Works
Account
About
Contact
0 items
Home
Courses
Live Classes
Schedule
Registration Form
How It Works
Account
About
Contact
0 items
INGM 313: Strength of Materials II
Categories:
INGM 313
What Will You Learn?
Understand stress transformation, principal stresses and Mohr’s circle
Apply strain transformation, strain rosettes and failure theories such as Tresca and Von Mises
Analyse and design beams and shafts using bending and shear stress principles
Solve thick-walled pressure vessel and shrink-fitting problems
Calculate beam deflection using direct integration and singularity functions
Determine critical buckling loads and allowable column loads
Apply energy methods to impact loading and deformation problems
Use virtual work / virtual forces to determine beam and truss displacements
Work through typical INGM 313 test and exam-style questions step by step
Course Content
Topic 1: Stress, Strain and Design Revision
Hersiening 1: Hfst. 9–11 — Stress Transformation, Strain Rosettes and Beam/Shaft Design
01:35:25
Topic 2: Thick-Walled Pressure Vessels and Beam Deflection
Hersiening 2: Thick-Walled Pressure Vessels, Beam Deflection and Column Buckling
02:04:38
Topic 3: Buckling, Impact Loading and Energy Methods
Hersiening 3: Hfst. 13–14 — Column Buckling, Impact Loading and Virtual Work
02:16:52
Topic 4: Virtual Work Deep Dive
Hfst. 14.6: Virtual Forces in Trusses — Vertical Displacement of Joint E
30:39
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