This research is concerned with steady-state and transient thermal transport in metal foams and metallic hollow sphere structures.

Priority Research Centre for
GEOTECHNICAL AND MATERIALS MODELLING

Thermal Transport in Composites and Porous Media

This research is concerned with steady-state and transient thermal transport in metal foams and metallic hollow sphere structures. Using a new Lattice Monte Carlo method developed in the Group and finite element analysis we are investigating the effective thermal conductivity and transient temperature profiles in models of open and closed metal-based composite materials. This work is conducted in collaboration with Prof. Andreas Öchsner at the Technical University of Malaysia.

Open-cell M-Pore?? aluminium foam
Figure 1 a) Open-cell M-Pore® aluminium foam
Figure 1 b) Cross section of metallic hollow sphere structures.
Figure 1 b) Cross section of metallic hollow sphere structures.