Study the anomalous diffusion in soft tissues using fractional calculus and its application to the numerical modelling of the meniscal tissue.
Characterisation of meniscus tissue using the fractional poroelastic theory.
Develop a finite element framework for the anisotropic fractional Biot’s theory.
Development of the computational model for incompressible dielectric Electro-active polymers with hyperelastic and viscoelastic effects in Abaqus using UEL subroutine.
Electro-mechanical testing and characterisation of VHB4905 polymer.
Prime Ministers Research Fellowship (PMRF) 2022-25, Ministry of education, Government of India.
International Immersion Experience (IIE) 2023, Global Engagement Office, IIT Madras.