Learning Outcomes:
On completion of the course students will be able to:
1. Develop self-evaluation skills
2. Explain the philosophy of safe design and the probabilistic bases of safe design
3. Create a stable structural scheme design from studio work and prepare detailed design calculations of a range of beams and columns in timber, concrete, steel and masonry
4. State the correct units for all calculations
5. Calculate the approximate cross-sectional size of a member to resist bending stresses, by judging the significance of section modulus
6. Calculate the approximate cross-sectional size of a member subject to either compressive stresses or combined compressive and bending stresses, by judging the effect of slenderness of the structural element
7. Calculate the shear forces on a structural element and control them using appropriate cross-sectional dimensions
8. Evaluate the need to control deflection in members
Indicative Module Content:
1. Philosophy of safe design
2. Scheme design
3. Detailed design calculations of a range of beams and columns in timber, concrete, steel and masonry
4. Units for calculations
5. Calculation of the approximate cross-sectional size of a member to resist bending stresses, by judging the significance of section modulus
6. Calculation of the approximate cross-sectional size of a member subject to either compressive stresses or combined compressive and bending stresses, by judging the effect of slenderness of the structural element
7. Calculation of the shear forces on a structural element and control them using appropriate cross-sectional dimensions
8. Deflection in members