Course Page ✏️
- Strength of Materials II
- CE29.00
- Description
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1. Combined actions: biaxial bending (caused by coplanar inclined loads or by non-planar loads)
2. Combined actions: axial force and bending; case of materials which can’t withstand tensile stresses
3. Energy methods: basic energy concepts
4. Energy methods: energy theorems
5. Failure Theories
6. Plastic analysis: plastic analysis of cross-sections
7. Plastic analysis: plastic analysis of structures
8. Buckling: flexural buckling. Buckling of bars under axial compression. Euler’s formula for pin-ended bars
9. Buckling: practical calculation for buckling. Extension of Euler’s formula to bars with other end conditions. The effect of shear force on the elastic critical column load
10. Buckling: battened built-up columns
11. Buckling: lateral-torsional buckling. Compressed bent bars
12. Impact loading
13. Variable actions. Fatigue
14. Beams on elastic foundation - ECTS credits
- 6
- Teaching Language
- English
- Exam Language
- English
- Support Materials Language
- English
- Basic Learning Outcomes
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- Ability to analyse the stability of structures.(F8_EA1 - Basic learning outcome EA1 (related to final LO F8) - CEB - Ability to analyse the stability of structures. )
- Ability to identify the principles of the stability of structures.(F8_EA5 - Basic learning outcome EA5 (related to final LO F8) - CEB - Ability to identify the principles of the stability of structures.)
- Ability to perform analysis using both principal elasticity and plasticity theory.(F8_EA8 - Basic learning outcome EA8 (related to final LO F8) - CEB - Ability to perform analysis using both principal elasticity and plasticity theory. )
- Final Learning Outcomes
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- Ability to perform STRUCTURAL ANALYSIS(F8 - CEB - Ability to perform STRUCTURAL ANALYSIS )
- Course categorized
- Managing Entity (faculty)