A multi phase-field fracture model for long fiber reinforced composites based on the puck theory of failure
Phase-Field (PF) methods of fracture have emerged as powerful modeling tools for
triggering fracture events in solids. These numerical techniques efficiently alleviate mesh …
triggering fracture events in solids. These numerical techniques efficiently alleviate mesh …
A multi phase-field-cohesive zone model for laminated composites: Application to delamination migration
Abstract Failure processes in Laminated Fiber-Reinforced Composites (LFRCs) entail the
development and progression of different physical mechanisms and, in particular, the …
development and progression of different physical mechanisms and, in particular, the …
A phase field approach for ductile fracture of short fibre reinforced composites
Fracture events in short fibre reinforced polymer (SFRP) composites are one of the most
limiting phenomena for their widespread use in many engineering applications, especially …
limiting phenomena for their widespread use in many engineering applications, especially …
Nonlinear thermo-elastic phase-field fracture of thin-walled structures relying on solid shell concepts
The analysis of fracture phenomena of thin-walled structures has been a matter of intensive
research in the last decades. These phenomena notably restrict the applicability of slender …
research in the last decades. These phenomena notably restrict the applicability of slender …
[HTML][HTML] A novel methodology to measure the transverse Poisson's ratio in the elastic and plastic regions for composite materials
A new methodology to measure the transverse Poisson's ratios in fibre-reinforced composite
materials was developed. Transverse tensile and transverse compressive standardised tests …
materials was developed. Transverse tensile and transverse compressive standardised tests …
Inelastic material formulations based on a co-rotated intermediate configuration—application to bioengineered tissues
In the field of material modeling, there is a general trend to include more and more complex
phenomena in the modeling, making the models' theoretical derivation and numerical …
phenomena in the modeling, making the models' theoretical derivation and numerical …
Thermo-elastic solid shell formulation with phase field fracture for thin-walled FGMs
Thermo-elastic fracture is a matter of important concern for thin-walled structures made of
functionally graded materials (FGMs). Based on this practical relevance, a …
functionally graded materials (FGMs). Based on this practical relevance, a …
Non-linear thermoelastic analysis of thin-walled structures with cohesive-like interfaces relying on the solid shell concept
In this work, a thermodynamically consistent framework for coupled thermo-mechanical
simulations for thin-walled structures with the presence of cohesive interfaces is proposed …
simulations for thin-walled structures with the presence of cohesive interfaces is proposed …
An effective microscale approach for determining the anisotropy of polymer composites reinforced with randomly distributed short fibers
In this paper, an effective microscopic modeling scheme is presented to analyze mechanical
properties of composites with random short fibers. To this end, the displacement-load tests of …
properties of composites with random short fibers. To this end, the displacement-load tests of …
FE modeling and simulation framework for the forming of hybrid metal-composites clinching joints
A 3D elasto-plastic numerical modeling and simulation framework is proposed for the
forming of hybrid metal-composites clinching processes. The framework is employed in the …
forming of hybrid metal-composites clinching processes. The framework is employed in the …