Research Projects

Ongoing Projects

TopCut

Topology optimization using Cut Finite Elements and its applications. Financed by KK.

SuperFEM

Superimposed Finite Element Method for structural, flow and acoustics modelling. Financed by VR.

CompCAST+

Fatigue and crack propagation modelling. Financed by KK.

ODISSEE2

Virtual product realization of cast components using multi-objective optimization. Financed by KK.

ReOPTIC

Optimization of cast components for weight effective structures. Financed by ÅF.

 

Finished Projects

FullCorr

Full-field strain analysis on nano- and micro-scale using Digital Image Correlation. Financed by ÅF.

ODISSEE

Virtual product realization of injection moulded fibre-reinforced polymers using multi-objective optimization. Financed by Jönköping University Foundation and the Regional Council of Jönköping.

PEOPLE

Preventing pressure ulcers and deep tissue injury by optimization of body-tight external supports. Financed by Jönköping University Foundation and the Regional Council of Jönköping.

Finite element methods on surfaces

Surface diffusion, surface tension and elastic shells. Financed by SSF.

Cut finite elements

Geometry and optimal design. Financed by SSF.

CompCAST

Modelling and simulation for efficient component design: stress calculations and simulation of temperature and/or mechanical load. Financed by KK.

Content updated 2018-12-14

We use cookies on JU.se. By continuing to use this site you accept the use of cookies. More information