Surrogate-based optimisation for fluid dynamic (FSI) systems" in the theme "underpinning methods in fluid dynamics

​​This project aims to develop cutting edge numerical methods for optimisation of design and control in fluid-structure interaction systems, with application to understanding of C. elegans locomotion through optimising its biomechanical parameters such as the muscle force distribution.​ 

Reconstruction of C. elegans locomotion based upon its centreline data from laboratory