PhD Studentship in Computational Mechanics of Low-Density 3-D Woven Micro-Lattice Materials

We are looking for candidates who are interested in multi-physical simulations and optimisation. Since the project will involve computer simulations, applicants with enthusiasm for programming and numerical modeling will be preferred.

This project will focus on the development of a novel micro-lattice material that combines structural and electromagnetic features. Specifically, the project will investigate design and optimization of a low-density, micro-lattice structure to achieve stiffness in line with structural materials, while allowing for the generation of electromagnetic forces by the micro-lattice material.

Micro lattices are manufactured through deposition of various thin-film materials on sacrificial polymer lattice templates. However, 3-D printing and 3-D weaving can be also employed to create lattice materials at larger scales (with features in microns). This project will concentrate on modelling of 3-D woven micro-lattice materials. Particular focus will be on how to use computational tools to create a new class of tunable materials. Multi-physical features of low-density architectured materials offer an opportunity for multiple functions in a single part such as stiffness, damping, and electromagnetic properties.

This project offers an excellent opportunity to join a vibrant research group and to develop/learn computational mechanics with a focus on multi-physical applications of novel materials. The University of Surrey is the top 10 university in the UK according to the Guardian league table, and it is located in the sought-after town of Guildford, with a fast train connection (40 min) to central London.

Applicants should have a background in structural or a related field (e.g. Mechanical Engineering) and interest or background in physics with emphasis on electromagnetic phenomena. An inquiring and rigorous approach to research together with a strong intellect and disciplined work habits are desirable.