Martin Fagerström
Martin Fagerström is Professor in Computational Fracture Mechanics and Associate Professor in Solid Mechanics. He conducts research on the computational modelling of damage and fracture of lightweight materials, with emphasis on fibre reinforced polymers. The range of application of Martin Fagerström’s research is wide, incorporating everything from crashworthiness to sports and health.
Martin Fagerström is Co-director of Health Engineering Area of Advance, and also the coordinator of Chalmers initiative in Sports Engineering, Chalmers Sports & Technology.
Showing 115 publications
Variationally consistent homogenisation of plates
Mesoscale modeling of ultra-thin woven fabric composite subjected to in-plane loading
An efficient ERR-Cohesive method for the modelling of delamination propagation with large elements
Micromechanical modelling of short fibre composites considering fibre length distributions
A multiscale deep learning model for elastic properties of woven composites
A generalised path-following solver for robust analysis of material failure
An FE-based orientation averaging model for elasto-plastic behavior of short fiber composites
Macroscale modelling of 3D-woven composites: Elasto-plasticity and progressive damage
A computationally efficient coupled multi-scale model for short fiber reinforced composites
A framework for macroscale modelling of inelastic deformations in 3D-woven composites
A hierarchical coupled multi-scale model for short fiber reinforced composites
The mechanical behavior of polylactic acid (PLA) films: fabrication, experiments and modelling
Efficient modelling of delamination growth using adaptive isogeometric continuum shell elements
A Customised Finn Dinghy Rudder for Optimal Olympic Performance
Optimization of the Internal Structure and Shape of a 470 Dinghy Centerboard
Complete transverse stress recovery model for linear shell elements in arbitrarily curved laminates
Development and validation of a finite deformation fibre kinking model for crushing of composites
MODELLING AND TESTING THE CRASH BEHAVIOUR OF COMPOSITE VEHICLES COMPONENTS
Micromechanics-based modelling of elastic and elastoplastic behaviour of short fibre composites
AN ADAPTIVE METHODOLOGY FOR EFFICIENT MODELLING OF ARBITRARY DELAMINATIONS DURING CRASH SIMULATIONS
PREDICTING NON-LINEAR SHEAR DEFORMATION AND FAILURE IN 3D FIBRE-REINFORCED COMPOSITES
Short fiber composites: Computational homogenization vs orientation averaging
Predicting non-linear shear deformation in 3D-fibre reinforced composites
Evaluation of damage initiation models for 3D-woven fibre composites
AN ADAPTIVE ISOGEOMETRIC CONTINUUM SHELL ELEMENT FOR EFFICIENT MODELLING OF DELAMINATION GROWTH
ELEMENT-LOCAL STRESS RECOVERY IN LINEAR SHELLS
Mesoscale modeling of carbon fiber spread tow fabric subjected to in-plane loading
Predicting damage initiation in 3D fibre-reinforced composites – The case for strain-based criteria
Composite design for a foiling Optimist dinghy
On Variationally Consistent Homogenisation for Composite Structural Elements
Localization aligned weakly periodic boundary conditions
A comparative study on the modeling of matrix cracks in FRP plies
Adaptive modelling of delamination growth using isogeometric continuum shell elements
Two-scale modeling of fracturing solids using a smeared macro-to-micro discontinuity transition
A multiscale model for fracturing solids
Adaptive modelling of delamination growth using isogeometric continuum shell elements
PREDICTION OF MATRIX INDUCED DELAMINATIONS USING AN ENRICHED SHELL ELEMENT APPROACH
On computational homogenization of microscale crack propagation
Verdict Machinery: On the need to automatically make sense of test results
Delamination initiation and propagation modelling with an enriched shell element formulation
Computational homogenization of microfractured continua using weakly periodic boundary conditions
A remedy for traction oscillations in interface elements
Strategies for modelling delamination growth using isogeometric continuum shell elements
Modelling multiple delamination and intralaminar cracks using a single-layer shell approach
Computational homogenization of fracturing continua using weakly periodic boundary conditions
Modelling multiple delaminations and through-thickness cracking in fibre composites using shells
PREDICTION OF THROUGH-THICKNESS STRESS DISTRIBUTION IN LAMINATED SHELL STRUCTURES
A fully coupled multiscale shell formulation for the modelling of fibre reinforced laminates
Modeling microcracks using weak periodic boundary conditions and xfem
Computational homogenization of cracked microstructures
On the subscale enrichment of crack tip element in XFEM and the phantom node method
Fracture modeling of composite laminates based on phase field damage evolution in shell kinematics
A FE based machining simulation methodology accounting for cast iron microstructure
Rate Sensitive Continuum Damage Models and Mesh Dependence in Finite Element Analyses
Subscale enrichment of discontinuity for XFEM crack tip element
Modelling of multiple delaminations in shells using XFEM
Rate Sensitive Continuum Damage Models and Mesh Dependence in Finite Element Analyses
Utilising the eXtended Finite Element Method (XFEM) to model failure of thin-walled structures
Modelling of multiple delaminations in shells using XFEM
Rate Sensitive Continuum Damage Models and Mesh Dependence in Finite Element Analyses
Hypo– and hyperinelasticity applied to modeling of compacted graphite iron machining simulations
Dynamic crack propagation in elastoplastic thin-walled structures: Modelling and validation
Ductile dynamic fracture modeling using embedded discontinuities in CGI machining simulations
Ductile dynamic fracture modeling using embedded strong discontinuities in CGI machining simulations
Dynamic ductile fracture in shells
Ductile dynamic fracture modeling using embedded strong discontinuities in CGI machining simulations
Dynamic Ductile Fracture in Thin-walled Structures based on XFEM
Hypo-- and hyperinelasticity applied to modeling of compacted graphite iron machining simulations
Constitutive Modeling of CGI Machining Simulations
A cohesive zone formulation of fracturing shells based on XFEM
Constitutive modeling and validation of CGI machining
Dynamic fracture modeling in shell structures based on XFEM
A cohesive zone formulation for shell structures based on XFEM
A thermo-mechanical cohesive zone formulation for ductile fracture
Approaches to dynamic fracture modelling at finite deformations
Approaches to dynamic fracture modeling at finite deformations
Approaches to dynamic fracture modelling at finite deformations
Modelling of large deformation crack propagation based on the extended finite element method
Thermo-mechanical Modeling of Ductile Crack Propagation with Application to High Velocity Cutting
Finite Deformation Fracture Modelling of a Thermo-Mechanical Cohesive Zone
Theory and numerics for finite deformation fracture modelling using strong discontinuities
A framework for fracture modelling based on the material forces concept with XFEM kinematics
An interface cohesive zone model based on an inverse strong discontinuity formulation
Inverse Discontinuity Formulation of Fracture
Inverse discontinuity formulation of fracture
Finite deformation fracture modelling using direct/inverse strong discontinuities
Sprickmodellering enligt konceptet med materiella krafter
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Showing 21 research projects
Prediction of evolving anisotropy and damage evolution in polymer foams
3D Fibre-Reinforced Composites for Future Multifunctional Guide Vanes (3DFuture)
REaL-tIme characterization of ANisotropic Carbon-based tEchnological fibres, films and composites
Vehicle On-board storage integrating Liquid ANd compressed hydrogen Tanks (VOLANT)
Objektiv diagnostik av ligamentskador i knän
Modelling of compressive failure of composites in crash
Multiscale modelling of failure in thin-ply textile composites using Isogeometric Analysis
Förstudie för internationellt konkurrenskraftigt kompetenscentrum inom sportteknologi
Adaptive Delamination Modelling with Isogeometric analysis REpresentation (ADMIRE)
Lättare och bättre krockskydd från energiabsorberande 3D-armerade kompositmaterial
Multiscale modelling and testing of biocomposites in equestrian sports
Ductile fiber reinforced composites
Mechanical modelling And eXperIMents for Improved Sports Equipment
Strategic Research Area No.1 Modelling - Phase II
Modellering av krockbeteendet i framtida lättviktsfordon
Computational modelling of ductile fracture on multiple geometrical scales