J. Correia, Waterborne Diseases:
E. Hingant, Models of Blood Coagulation:
Lecture 1
Lecture 2_1st Part
Lecture 2_2nd Part
Lecture 3 (cancelled)
Lecture 4 (cancelled)
M. Grinfeld, Population Genetics and Cancer:
Lecture 1 (Setup; Haemotopoiesis)
Lecture 2 (The Wright-Fisher Process)
Lecture 3 (The Moran Process)
Lecture 4 (Tying everything together (?))
Y. Mammeri, Cancer Tumour Modelling:
M. Pires: Mathematical and Numerical Model for Blood Flow in Large Arteries:
Lecture 1 (The physical problem and the derivation of the flow field equations)
Lecture 2 (Applied Analysis of theĀ incompressible Navier-Stokes equations)
Lecture 3 (Derivation and Applied Analysis for 1D model of the vessel wall mechanics)
Lecture 4 (Coupled Fluid-Structure problems and its discretization with FEM)
S. Yadav, Numerical Solution of Reaction-Diffusion Equations and Hyperbolic PDEs:
P. Pornsawad, Analyzing Drug Release Kinetics in Effervescent Ibuprofen-Poloxamer Matrices: A Numerical Technique Approach
S. Jitman, Good Integers, Reversible Cyclic Codes, and DNA Computing
Short Talks of Adhikari; Mahawar; Ali; Wiranningsih
Short Talk of Yashika
Numerical Schemes for Hyperbolic PDEs, MATLAB; (Facilitator S. Yadav) J. Kumar, Rekha, Khagendra, Yashika
An Introduction to Automatic Differentiation; (Facilitator F. Coelho) S. K. Bairwa, S. Ali, A. Panwar, F. Mahipal, Saddam, D. Singh, K. Tripathi
A model of blood flow; (Facilitator M. Pires) Manu, Manoj, Aanchal, Amit, Yogesh, Atul, Wannapa, Pornsarp
Principles of Regulation of Self-Renewing Cell Lineages; (Facilitator M. Grinfeld) U. Bui, H. Nguyen, R. J. Jamesolamin Jr.
Study of some symmetrizable linear PDEs; (Facilitator N. Bedjaoui) Ankit Kumar, Ajay Kumar, S. Gupta, S. Soni, Shubham
1-D Hyperbolic equation; (Facilitator N. Bedjaoui) L. U. Logarakshagi
Travelling Wave Solutions in PDEs; (Facilitator N. Bedjaoui) Nikhil, Kanta, Monika, Sharmila