Brief. One full-time PhD position on "Composite sandwich panels with auxetic cores" is available (AuxeticsLab). The theme can be shaped around numerical modelling and/or machine learning.
Minimum Requirements. High GPA is mandatory and a track record of high quality relevant publications is preferred. For immediate application, a valid English test score is mandatory.
Critical note. Studnets from sanctioned countries cannot apply.
Title. Analytical and numerical modelling of customised foot insole for diabetic patients
Brief. Full-time PhD positions on the general theme of "Auxetics" and "Semi-auxetics" are available (AuxeticsLab). Themes are shaped around sandwich structures, auxetics, and other structured materials.
Overview. Two full-time PhD positions on "Hygro-thermo-mechanical Analysis of Layered Composites" are available. The successful candidate will be working within a team to develop analytical/numerical solutions for the hygrothermal response of composites or similar layered products. The main idea is to work on orthotropic layers stacked arbitrarily.
Minimum Requirements. High GPA (>85%) and a track record of high quality relevant publications (minimum one first-author journal paper).
Two PhD Positions on Composite Materials (Onshore/Australian domestic students only).
We are currently looking to recruit two PhD candidates to work on the development of manufacturing processes and technologies for lightweight fibre-reinforced composite materials with complex geometry. Project activities include design, manufacture and testing (including non-destructive testing, NDT) of carbon fibre-reinforced composites. NDT approaches may also expand into sensor technologies for structural health monitoring of advanced composite structures.
Brief. One full-time PhD positions on "Fibre-reinforced Composites (manufacturing, non-destructive testing, and finite element analysis)" is available. The successful candidate will be working within a team of post-docs on an aerospace project.
Minimum Requirements. High GPA and a track record of high quality relevant publications.
Location. Griffith University, Gold Coast Campus, Australia.
Funding. Full funding is available for one candidate.
Brief. A couple of full-time PhD positions on "Development of deployable structures using 4D-printing technology" is available.
Minimum Requirements. High GPA and relevant research background (two first-author publications).
Desirable Criteria. Highly qualified in computational mechanics and modelling 3D-printed structures.
Location. Griffith University, Gold Coast Campus, Australia.
Funding. Full funding is available for eligible candidates.
