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Module Overview

Mechanics of Materials for Structural Engineers 3

The aim of this module is to

  • Review the topics of Module CBEH 2105, CBEH 2106
  • Provide knowledge of each of the following (with emphasis on solution from first principles): 3-D statics, nonlinear beams, composite axially loaded bars, statically indeterminate axially loaded structural systems, built-up beams, composite beams, nonlinear beams, plane stress tensors, stress concentrations, buckling

Module Code

CBEH 3115

ECTS Credits

5

*Curricular information is subject to change
  • Review – review of all topics in modules CBEH 2105, CBEH 2106
  • Statics – 3-D problems, vector methods, dot product, cross product
  • Mechanical Properties of Materials – nonlinearity, inelasticity, Ramberg-Osgood, LEPP, bilinear
  • Composite Axially Loaded Members – linear, nonlinear, elastic, inelastic, transformed section method
  • Statically Indeterminate Axially Loaded Structural Systems –linear, elastic, nonlinear, inelastic, composite, reinforced concrete, post-yield, thermal effects, misfits, pre-strains
  • Built-up Beams – made from a single material, linearly elastic, shear flow, various connections (bolted, screwed, welded, glued)
  • Composite Beams – more than one material, linearly elastic, reinforced concrete, flitch beams, transformed section method, bending stresses and deflection, shear stresses and shear flow
  • Nonlinear Beams – steel, reinforced concrete, post-yield, ultimate strength, stress blocks, iterative methods
  • Plane Stress Tensors – plane stress, stress transformation equations, principal stresses, maximum shear stress, Mohr’s stress circle
  • Stress Concentrations – axially loaded bars, beams, stress concentration factors
  • Buckling of Rigid Bar / Spring Systems – linearly elastic, neutral equilibrium, critical load, bifurcation point
  •  

    Laboratory

    • Physical experiments involving flexure, torsion, pressure vessels, buckling, vibration
    • Numerical experiments involving spreadsheets, finite element software

Lectures, Design Studio / tutorials, Laboratory sessions

Problem-solving exercises and self-directed learning

Project Work

Module Content & Assessment
Assessment Breakdown %
Formal Examination70
Other Assessment(s)30