About FGMs
Functionally Graded Materials (FGMs) are advanced materials engineered to have spatially varying properties and composition, allowing for gradual transitions between different material phases or properties. This gradient enables FGMs to exhibit unique characteristics.
Research sub-themes
The research subthemes of our research team include..
- Diffusion Wave (DW) problems for FGMs
- Diffusion/conduction Convection Reaction (DCR) problems for FGMs
- Diffusion/Conduction Reaction (DR) problems for FGMs
- Elasticity problems for FGMs
- Time-fractional diffusion-reaction models for FGMs
- Time-fractional diffusion-convection-reaction models for FGMs
- Water infiltration problems in an irrigation system
- Black Scholes problems
- Time-fractional diffusion-wave models for FGMs
- The radial integration method
On-going research
A limited number of studies on time fractional DC equations for models of anisotropic FGMs have yet...
In this research, a BEM is proposed for solving a Caputo TFDR-type equation with a class of...
This research will examine an analysis of the combined Laplace transform and boundary element method...
This research will present a study on an LT-BEM for solving a 2D-anisotropic-CTFDW-type equation...
This research focuses on an LT-BEM for solving numerically a TFDCRE with a class of space-time...
Laboratory Activities
Research and Experimentation
Time-fractional diffusion-reaction models for FGMs
Time-fractional diffusion-convection-reaction models for FGMs
Time-fractional diffusion-wave models for FGMs
Time-fractional diffusion-convection models for FGMs
