Simulation of structures made from thermoplastic materials under crash loads including large deformations and failure is still a challenge for most existing numerical tools. To model the complex mechanical behaviour of thermoplastic materials new models have been developed. To reproduce the mechanical behaviour in the simulation, model parameters for each material have to be identified by experimental testing
Numerical simulation of impact loading of polymer materials is of great industrial interest [1-3], a...
Numerical simulation of impact loading of polymer materials is of great industrial interest [1-3], a...
www.axelproducts.com Analytical material models do not entirely describe the stress-strain relations...
Finite element simulation of thermoplastic components is gaining importance as the companies aim to ...
Finite element simulation of thermoplastic components is gaining importance as the companies aim to ...
Finite element simulation of thermoplastic components is gaining importance as the companies aim to ...
Polymer materials are known to dilate during plastic deformation. This thesis is a study on some of ...
Elastomeric and other rubber-like materials are often simultaneously exposed to short- and long-time...
To save costs, an early validation of functionality is necessary for the crash application of short ...
High strain rate material modelling for use in crash and drop testing has been plagued by a number o...
A proper set of material parameters is one of the most important aspects for a successful simulation...
Numerical simulations for crashworthiness require the definition of material properties that are not...
The simulation of complex engineering components and structures under loads requires the formulation...
The simulation of complex engineering components and structures under loads requires the formulation...
Numerical simulations for crashworthiness require the definition of material properties that are not...
Numerical simulation of impact loading of polymer materials is of great industrial interest [1-3], a...
Numerical simulation of impact loading of polymer materials is of great industrial interest [1-3], a...
www.axelproducts.com Analytical material models do not entirely describe the stress-strain relations...
Finite element simulation of thermoplastic components is gaining importance as the companies aim to ...
Finite element simulation of thermoplastic components is gaining importance as the companies aim to ...
Finite element simulation of thermoplastic components is gaining importance as the companies aim to ...
Polymer materials are known to dilate during plastic deformation. This thesis is a study on some of ...
Elastomeric and other rubber-like materials are often simultaneously exposed to short- and long-time...
To save costs, an early validation of functionality is necessary for the crash application of short ...
High strain rate material modelling for use in crash and drop testing has been plagued by a number o...
A proper set of material parameters is one of the most important aspects for a successful simulation...
Numerical simulations for crashworthiness require the definition of material properties that are not...
The simulation of complex engineering components and structures under loads requires the formulation...
The simulation of complex engineering components and structures under loads requires the formulation...
Numerical simulations for crashworthiness require the definition of material properties that are not...
Numerical simulation of impact loading of polymer materials is of great industrial interest [1-3], a...
Numerical simulation of impact loading of polymer materials is of great industrial interest [1-3], a...
www.axelproducts.com Analytical material models do not entirely describe the stress-strain relations...