Erik Svenning

Doktorand at Chalmers, Industrial and Materials Science, Material and Computational Mechanics

Erik Svenning is a PhD student at the Division of Material and Computational Mechanics. Erik works in a VR project on multiscale modelling of ductile fracture. Supervisors are Fredrik Larsson and Martin Fagerström. Erik received his MSc in Mechanical Engineering at Chalmers in 2011. Erik has previously worked at Fraunhofer Chalmers Centre.

Source: chalmers.se

Projects

2013–2016

Computational modelling of ductile fracture on multiple geometrical scales

Martin Fagerström Material and Computational Mechanics
Erik Svenning Material and Computational Mechanics
Swedish Research Council (VR)

7 publications exist
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Publications

2017

Multiscale modeling of ductile fracture in solids

Erik Svenning
Doctoral thesis
2017

Localization aligned weakly periodic boundary conditions

Erik Svenning, Fredrik Larsson, Martin Fagerström
International Journal for Numerical Methods in Engineering. Vol. 111 (5), p. 493-500
Journal article
2016

On computational homogenization of microscale crack propagation

Erik Svenning, Martin Fagerström, Fredrik Larsson
International Journal for Numerical Methods in Engineering. Vol. 108 (1), p. 76-90
Journal article
2016

A weak penalty formulation remedying traction oscillations in interface elements

Erik Svenning
Computer Methods in Applied Mechanics and Engineering. Vol. 310, p. 460-474
Journal article
2016

Computational homogenization of microfractured continua using weakly periodic boundary conditions

Erik Svenning, Fredrik Larsson, Martin Fagerström
Computer Methods in Applied Mechanics and Engineering. Vol. 299, p. 1-21
Journal article
2016

An enriched shell element formulation for modeling of inter- and intralaminar crack propagation in laminates

Erik Svenning, Jim Brouzoulis, Martin Fagerström
Composite Structures. Vol. 136, p. 616-625
Journal article
2016

A remedy for traction oscillations in interface elements

Martin Fagerström, Erik Svenning, Fredrik Larsson
Paper in proceedings
2015

Computational homogenization of fracturing continua using weakly periodic boundary conditions

Erik Svenning, Martin Fagerström, Fredrik Larsson
Proceedings of the IV International Conference on Computational Modeling of Fracture and Failure of Materials and Structures, 3-5 June 2015, Cachan, France, p. 172-173
Paper in proceedings
2015

On computational homogenization of fracturing continua

Erik Svenning
Licentiate thesis
2015

Modelling multiple delamination and intralaminar cracks using a single-layer shell approach

Jim Brouzoulis, Martin Fagerström, Erik Svenning
Paper in proceedings
2014

Computational homogenization of cracked microstructures

Erik Svenning, Fredrik Larsson, Martin Fagerström
Paper in proceedings
2014

Modeling microcracks using weak periodic boundary conditions and xfem

Fredrik Larsson, Martin Fagerström, Erik Svenning
Journal of Logic and Computation, p. 156-159
Paper in proceedings
2014

Simulation of a highly elastic structure interacting with a two-phase flow

Erik Svenning, Fredrik Edelvik, Andreas Mark
Journal of Mathematics in Industry. Vol. 4
Journal article
2014

Modelling multiple delaminations and through-thickness cracking in fibre composites using shells

Erik Svenning, Jim Brouzoulis, Martin Fagerström
Paper in proceedings
2014

A shell element formulation for the simulation of propagating delamination and through-thickness cracks

Jim Brouzoulis, Martin Fagerström, Erik Svenning
Proceedings of 16th European Conference on Composite Materials - ECCM16, p. (8p)-
Paper in proceedings
2013

An Immersed Boundary Method for Simulation of Flow with Heat Transfer

Fredrik Edelvik, Andreas Mark, Erik Svenning
International Journal of Heat and Mass Transfer. Vol. 56 (1-2), p. 424-435
Journal article
2012

Microstructure simulation of paper forming

Ulf Nyman, Erik Svenning, Lars Martinsson et al
Paper in proceedings
2012

Simulation of a highly elastic structure interacting with a two-phase flow

Erik Svenning, Andreas Mark, Fredrik Edelvik
Paper in proceedings
2012

Multiphase Simulation of Fiber Suspension Flows Using Immersed Boundary Methods

Ron Lai, Andreas Mark, Ulf Nyman et al
Nordic Pulp and Paper Research Journal. Vol. 27 (2), p. 184-191
Journal article
2011

Microstructure Simulation of Early Paper Forming Using Immersed Boundary Methods

Robert Rundqvist, Stefan Rief, Erik Svenning et al
Paper360. Vol. 10 (11), p. 23-30
Journal article
2011

Microstructure Simulation of Early Paper Forming Using Immersed Boundary Methods

Erik Glatt, Stefan Rief, Ron Lai et al
Progress in Paper Physics Seminar, p. 283-290
Paper in proceedings