Learn the principles of steel construction, from structural mechanics to BIM-driven project execution, through applied modules and case studies.
Equations
Full Code
APP0201225
Module Type
E-learning
Description
Short description:
Analyse strength, deformation, and stress distribution in steel beams through applied theory and interactive simulations.
Long description:
This module examines the mechanical performance of steel beams under various loading conditions, focusing on strength, deflection, and stress distribution. Learners explore the distinction between elastic and plastic deformation, assess failure modes, and apply equations for bending and deflection. Key theoretical concepts are reinforced through interactive simulations and problem-solving exercises. The module includes detailed analysis of stress patterns in ductile vs brittle materials and introduces key beam parameters influencing design, such as modulus of elasticity and moment of inertia.
What you will learn
- Describe the failure modes of steel beams under load.
- Apply bending and deflection formulas to evaluate structural behavior.
- Distinguish between elastic and plastic deformation in steel materials.
- Interpret stress distributions in ductile and brittle materials under bending.
- Select appropriate modulus values for design calculations.
- Evaluate beam performance based on cross-sectional orientation and loading.
Module content
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