Modelling and simulaaon
Modelling and simulaaon
physical problem
Modelling and simulaaon
physical problem
mathematical model
Modelling and simulaaon
physical problem
mathematical model
Modelling and simulaaon
physical problem mathematical model discretisation model error discretisation error numerical error total error validation: are wesolving the right
Modelling and simulaaon
physical problem mathematical model discretisation numerical solution model error discretisation error numerical error total error validation: are wesolving the right
problem?
verification: are we
Modelling and simulaaon
physical problem mathematical model discretisation model error discretisation error numerical error total error validation: are wesolving the right
Modelling and simulaaon
physical problem mathematical model discretisation numerical solution model error discretisation error numerical error total error validation: are wesolving the right
problem?
verification: are we
solving the problem
Modelling and simulaaon
physical problem mathematical model discretisation model error discretisation error numerical error total error validation: are wesolving the right
problem?
Model reduction error I
Discon0nui0es
1
Discon0nui0es
0.125 mm
100 plies
Mechanics of interfaces - or free boundary problems (Avner Friedman)
FEM
Computational mechanics & computational
materials sciences Multiscale/field interface problems
COMPETENCES
MULTI-SCALE FRACTURE aerospace composites, polycrystalline materials COUPLED PROBLEMS biofilms, liquid crystals, fluid-structure, baTeries QUALITY & ERROR CONTROL opamise computaaonal ame given an accuracy level INTERACTIVITY Reduce computaaonal costs by several orders of magnitude DISCRETISATION discrete and conanuum approachesReal-time simulation of cutting during brain surgery
1