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Line 41: ==Discretization method== Multiphysics is usually numerical implemented with [[Discretization\|discretization]] methods such as [[finite element method]], [[finite difference method]], and [[finite volume method]]. Many software packages mainly rely on the finite element method or similar commonplace numerical methods for simulating coupled physics: thermal stress, electro- and acousto- magnetomechanical interaction.<ref>{{cite journal \|last1=Bagwell \|first1=Scott \|last2=Ledger \|first2=Paul D \|last3=Gil \|first3=Antonio J \|last4=Mallett \|first4=Mike \|last5=Kruip \|first5=Marcel \|title=A linearised ''hp ~~-finite~~''–finite element framework for acousto-magneto-mechanical coupling in axisymmetric MRI scanners~~: ACOUSTO-MAGNETO-MECHANICAL COUPLING IN MRI SCANNERS~~ \|journal=International Journal for Numerical Methods in Engineering \|date=7 December 2017 \|volume=112 \|issue=10 \|pages=1323–1352 \|doi=10.1002/nme.5559}}</ref> ==See also==

Multiphysics simulation: Difference between revisions