solid mechanics
Solid Mechanics
Linear and non-linear stress analysis, topology optimisation, and academic research in solid mechanics — composite laminates, bolted joints, buckling stability.
2018 — 2022
M.Sc. Thesis — Composite Rim Optimisation (MOGA-II)
Multi-objective optimisation of a CFRP prepreg composite rim using the MOGA-II genetic algorithm, trading mass against stiffness and strength reserves under representative wheel loads. Couples ply-stack parameterisation with FE-based fitness evaluation.
- MOGA-II
- CFRP
- Composite Optimisation
- Genetic Algorithm
- FEA
2021
Topology Optimisation of an Aircraft Bracket
Density-based topology optimisation of a metallic bracket with manufacturing constraints, followed by detail re-meshing and non-linear FE re-validation. Used as a methodology demonstrator for mass-down studies on secondary structure.
- Topology Optimisation
- Abaqus
- Non-linear FEA
2020
Non-linear FEA of Bolted Joints
Contact-based non-linear FE study on load transfer through metallic bolted joints. Compares bearing-bypass distribution against classical hand-calc methods and lookup data.
- Abaqus
- Contact
- Bolted Joints
- Hand Calcs
2019
Composite Plate Buckling Study
Linear eigenvalue and non-linear post-buckling analyses of stiffened composite panels across lay-ups and boundary conditions, used to calibrate hand-calc panel-buckling workbooks.
- Composites
- Buckling
- Stiffened Panels
2017
B.Sc. Thesis — Curvic Coupling Parameter Study
Parametric FE study on the behaviour of a gas-turbine-engine curvic coupling under various loads. Mapped tooth-flank stress and contact pressure across geometry parameters to inform design selection.
- Gas Turbine
- Curvic Coupling
- Contact
- FEA