3 results
Develop a scaled-boundary computational framework for dynamic nonlinear analysis of large structures. The project integrates digital geometric modelling with computational mechanics to produce robust, automated simulation methods and software. The associate works with Professor Chongmin Song and academic colleagues. This 12-month full-time appointment…
Develop Bayesian calibration methods that explicitly represent model error in structural dynamics. The PLATON team will compare informative calibration quantities, implement and benchmark algorithms, and accelerate inference with surrogate models. The work aims to improve finite-element predictions under uncertain material, boundary and loading conditions.…
Closes
Develop methods combining bifurcation analysis, robust optimisation and uncertainty quantification for nonlinear structural dynamics and aeroelastic flutter mitigation in high-altitude, long-endurance drones. The work includes modelling uncertain nonlinear systems, numerical implementation and comparative evaluation of robust bifurcation-diagram…
Closes
End of results.