New project idea: CLEI – Calcination of Local resources for Low Environmental Impact cements
New project idea on 3D Concrete Printing Energy Efficient and Circular Wall Elements with Automated Insulation. Will you participate?
materials for heavy duty / harsh environment
New project idea: TECOTON (ICON – Textile reinforcement makes ecological concrete possible)
New project idea on 3D Concrete Printing Energy Efficient and Circular Wall Elements with Automated Insulation. Will you participate?
New project idea: Call for project partners and members of the industrial advisory board for the intercluster ICON projectproposal
New project idea on 3D Concrete Printing Energy Efficient and Circular Wall Elements with Automated Insulation. Will you participate?
New project idea: Call for companies to join the user group of the intercluster project proposal Fatigue (Re)assessment
New project idea on fast and reliable prognostic tools for fatigue (re)assessment of OWT substructures for new and existing wind farms. Will you participate?
Looking back on a successful SIM Materials Forum 2022
On May 11th, the 2022 edition of the annual SIM Materials Forum took place with a new name and a very successful edition! SIM is pleased to look back on a great event.
SIM User Forum celebrates eighth edition with brand new name
The annual SIM event on materials innovation is back! This year’s edition of the SIM User Forum will take place on 11 May. Only this year with a brand-new name: SIM Materials Forum.
MARES: recycling of industrial residues
Recycling of ‘Materials from solid and liquid industrial process Residues’. The aim is at creating and demonstrating an operational, flexible toolbox to recover metals and valorize residual matrix into building materials.
MADUROS: durability of metal structures
Material durability and modelling of the loading of metals in an environment causing degradation (corrosion, abrasion, fatigue).
M3: macro-level modelling
MacroModelMat: Macro-level predictive modeling, design and optimization of advanced light weight material systems.