Jim Brouzoulis

Computationally efficient modelling of failure in laminated composites by utilising adaptive shell elements

Adaptive modelling of delamination initiation and propagation using an equivalent single-layer shell approach

Constructive allignment by use of project assignments in solid mechanics courses

Modelling of progressive matrix cracking induced delaminations using an enriched shell element formulation

PREDICTION OF MATRIX INDUCED DELAMINATIONS USING AN ENRICHED SHELL ELEMENT APPROACH

2017

Constructive alignment in solid mechanics courses by means of project assignments

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

2016

Delamination initiation and propagation modelling with an enriched shell element formulation

2016

Assessment of two methods for the accurate prediction of transverse stress distributions in laminates

2015

MODELING EVOLUTION OF ANISOTROPY IN PEARLITIC STEEL DURING COLD WORKING

An enriched shell element formulation for efficient modeling of multiple delamination propagation in laminates

Corrigendum to "An enriched shell element formulation for efficient modeling of multiple delamination propagation in laminates" [Compos Struct 2015;126:196-206] doi: 10.1016/j.compstruct.2015.02.055

Improved prediction of out-of-plane stresses in shells with application to delamination initiation and propagation modelling by the XFEM

Modelling of propagating delaminations in textile reinforced duroplast beams by an enriched shell element formulation

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

Simulation of material degradation in track switches

2014

PREDICTION OF THROUGH-THICKNESS STRESS DISTRIBUTION IN LAMINATED SHELL STRUCTURES

Fracture modeling of composite laminates based on phase field damage evolution in shell kinematics

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

2014

A fully coupled multiscale shell formulation for the modelling of fibre reinforced laminates

The effect of anisotropy on crack propagation in pearlitic rail steel

Wear impact on rolling contact fatigue crack growth in rails

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

Modelling of multiple delaminations in shells using XFEM

Modelling of multiple delaminations in shells using XFEM

Utilising the eXtended Finite Element Method (XFEM) to model failure of thin-walled structures

Wear impact on rolling contact fatigue crack growth in rails

2012

Elasto-plastic crack growth in rails based on material forces

Crack propagation in rails under rolling contact fatigue loading conditions based on material forces

2012

Numerical simulation of crack growth and wear in rails

The effect of anisotropy on crack propagation in pearlitic rail steel

Strategies for planar crack propagation based on the concept of material forces

Prediction of Wear and Plastic Flow in Rails - Test Rig Results, Model Calibration and Numerical Prediction

Crack propagation in rails under RCF loading conditions based on material forces

Crack propagation in rails based on the concept of material forces

Crack propagation in rails based on the concept of material forces

Simulation of wheel-rail contact and damage in switches & crossings

Propagation of a single head check crack under RCF conditions

On crack propagation in rails under RCF loading conditions

Numerical simulation of crack propagation and wear in rails

Simulation of wheel-rail contact and damage in switches & crossings

Propagation of a single crack under RCF conditions using the concept of material forces

Prediction of Wear and Plastic Flow in Rails - Experimental Test Rig Results, Model Calibration and Numerical Prediction

RCF crack propagation in rails

Crack Propagation in Linear Elasticity Based on the Concept of Material Forces