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Study programme 2015-2016

Teaching and training





The goal of this major is to expose students to the modelling of physical phenomena, most notably in the field of continuum mechanics (fluids, flows, transfers, deformable solids) and electromagnetics as well as to computer methods and tools used in numerical simulations.


 
> Legend

The student may choose
De 15 à 30 credits parmi
Annual block
  1 2
Optionnal LELEC1350 APPLIED ELECTROMAGNETISM   Christophe Craeye, Danielle Janvier 30h+30h  5 credits 1q x x
Optionnal LMAPR2510 Mathematical ecology   Eric Deleersnijder, Emmanuel Hanert, Thierry Van Effelterre 30h+22.5h  5 credits 2q x x
Optionnal LMAT2130 Partial differential equations : Poisson and Laplace equations   Augusto Ponce, Jean Van Schaftingen 30h+30h  5 credits 1q x x
Optionnal LMAT2410 Partial differential equation : heat equation, brownian moves and numerical aspects   Augusto Ponce, Jean Van Schaftingen 30h+15h  5 credits 2q x x
Optionnal LMECA1100 Deformable solid mechanics.   Issam Doghri 30h+30h  5 credits 2q x x
Optionnal LMECA1321 Fluid mechanics and transfer phenomena.   Vincent Legat, Grégoire Winckelmans 30h+30h  5 credits 2q x x
Optionnal LMECA1120 Introduction to finite element methods.   Vincent Legat 30h+30h  5 credits 2q x x
Optionnal LMECA2131 Introduction to nonlinear solid mechanics.   Issam Doghri 30h+30h  5 credits 2q x x
Optionnal LMECA2141 Rheology   Vincent Legat, Evelyne Van Ruymbeke 30h+30h  5 credits 1q x x
Optionnal LMECA2660 Numerical methods in fluid mechanics   Grégoire Winckelmans 30h+30h  5 credits 2q x x
Optionnal LPHY1352A Physique des fluides   N. 22.5h+7.5h  4 credits x x
Optionnal LINMA2720 Mathematical modelling of physical systems   Roland Keunings 30h+22.5h  5 credits 2q x x