Recordings

J. Correia, Waterborne Diseases:

• Lecture 1

• Lecture 2

• Lecture 3

• Lecture 4

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 (?))

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 the  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 discretisation with FEM)

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

Modelling with PDEs: the example of traffic flow, a few aspects (Facilitator J. Correia)

Partial differential equations in science: a very brief introduction (Facilitator F. da Costa)

Principles of Regulation of Self-Renewing Cell Lineages (Facilitator M. Grinfeld)

Introduction to Python (Facilitator M. Pires) 

Integer programming applied to humanitarian logistics (Facilitator B. Vitoriano Villanueva)