There is considerable research activity in the area of Structural Mechanics. A variety of practical problems ranging from the fundamental theoretical modelling of nonlinear behaviour of structural components to the development of computational techniques for the numerical simulation of complex structural systems are studied. Highlights include:
- Structural Stability: Fundamental research is undertaken on structural stability aiming at improved understanding and new theoretical formulations of interactive buckling problems.
- Structural Biomechanics: Research activities focus on musculoskeletal structures, particularly bone modelling for application in osteoporosis, prenatal development and blast injuries.
- Computational Mechanics: Research focuses on developing novel nonlinear numerical models covering various structural forms and loads as well as soil-structure interaction effects.
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Nonlinear Structural Stability
Our work in this area includes:
- Failure of composite laminates
- Kink banding in layered materials
- Prestressed stayed columns
- Nonlinear Modal interactions
- Sandwich structures
- Thin-walled structural components
- Tube buckling
Visit the Nonlinear Structural Stability group webpages to find out more.
Structural Biomechanics
Our work in this area includes:
- Musculoskeletal Modelling of the Lower Limb
- Orthotropic Modelling of the Skeletal System
- Structural Modelling of the Musculoskeletal System
- Free Boundary Condition Modelling of the Femur
- Free Boundary Condition Modelling of the Pelvis
Visit the Structural Biomechanics website to find out more.
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Computational Structural Mechanics
Our work in this area includes:
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Masonry structures
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Progressive collapse of structures
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Robustness of structures under fire
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Objective modelling of reinforced concrete
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Mixed-dimensional multi-scale modelling of structures
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Advanced modelling of cellular beams
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Realistic impact analysis of structures
Visit the Computational Structural Mechanics group website to find out more.