Contributed talk at ICIAM 2023, Waseda University.
Presenting our work at Waseda University, Tokyo 
Presenting our work at Waseda University, Tokyo 
Attending EQUADIFF-2024 
At National Centre for Mathematics workshop held at IIPE Visakhapatnam. Honored to share a moment with Prof. G.D. Veerappa Gowda. 

Published:
A fully discrete, provably positive second-order scheme is proposed for a general system of non-local conservation laws in multiple spatial dimensions.

Published:
Entropy convergence analysis of second-order MUSCL-type scheme for conservation laws with discontinuous flux has remained an open problem. We propose a single-stage Nessyahu-Tadmor central scheme and provide a rigorous convergence analysis of this scheme to the entropy solution, using the theory of compensated compactness.

Published:
In this article, we propose a MUSCL-Hancock-type second-order scheme for the discretization of a general class of non-local conservation laws and present its convergence analysis. The main difficulty in designing a MUSCL-Hancock-type scheme for non-local equations lies in the discretization of the convolution term, which we carefully formulate to ensure second-order accuracy and facilitate rigorous convergence analysis.