Technical Meeting 2023
Dynamic behaviour of soft and low density materials
27th-29th November 2023 – L´Espace Auguste, Colmar, France
Research has been successfully focused on bulk and dense materials such as metals. Recently new challenges and needs have arisen in terms of autonomy, lightweight, environmental compatible design, and cost effectiveness seeking for a novel class of materials.This is how polymers, composites, foams, specially designed or bio-based materials arouse today increasing interests, especially in dynamic loading applications.
Since many of existing dynamic experimental techniques were originally developed for metals, adaptations or new developments are required to meet the specific characteristics of materials such as large and heterogeneous strains, low strength, density or stiffness. In addition, new or dedicated methods are also necessary to capture and understand the deformation, damage and failure mechanisms.
Moreover, those materials can exhibit complex mechanical behaviours such as inter-specimen variability for natural materials, anisotropy, viscoelasticity, stress relaxation, compaction, and strong sensitivity to strain rate and temperature, ductile/brittle behaviour transition under dynamic loading. This is why specific and also multiscale approaches are under development for characterisation and modelling.
Finally, in order to provide a better understanding or to predict the dynamic response of structures involving such materials, numerical simulations are carried out. Only few models have already been implemented in commercial codes for these types of materials. On the other hand, these materials usually involve multiple interfaces, complex damage and failure modes which necessitate the numerical methods to be adapted or further developed.
We are looking forward to getting contributions including, but not limited to, the following topics:
- Dynamic mechanical testing of soft, low density and low impedance materials (polymers, fibre-reinforced composites, fabrics, gels, foams, bio-sourced and bio materials, porous and specially designed materials).
- Modelling and numerical methods: Finite-element/discrete-element methods, linear/non-linear fracture mechanics, damage models, plasticity models, etc.
- Industrial applications: shock absorbers, lightweight applications, defence, automotive, aerospace, medical, sport industries, transport, etc.
The Technical Meeting will be held in Colmar
The city is renowned for its well-preserved old town, its numerous architectural landmarks, and its museums, among which is the Unterlinden Museum, which houses the Isenheim Altarpiece.
Colmar is situated on the Alsatian Wine Route and considers itself to be the « capital of Alsatian wine » (capitale des vins d’Alsace).
5 rue des jardins
68000 Colmar, France
|1 July 2023||Extended abstract submission deadline|
|15 July 2023||Acceptance notification|
|31 August 2023||End of early registration|
|30 September 2023||End of registration|
|27 November 2023||Start of the Technical Meeting|
The conference fees include one-year membership to DYMAT association, welcome cocktail on Sunday, coffee breaks and lunches during the symposium,
gala dinner, bus transfers, visits and delegate pack including electronic book of proceedings. The registration fee for accompanying persons only include the gala dinner and bus transfer.
|Prices||Early bird registration||Standard registration|
|Regular||450 €||500 €|
|PhD students||350 €||400 €|
|Accompanying persons||150 €||150 €|