running EDSGR a dedicated tool to tutor students in programming exercises EIRES Numerical and Experimental Analysis of the Sintering Behaviour of Ceramic Bilayer Membranes for Hydrogen Separation SHAWave Efficient analysis of wave propgation in shallow subsurfaces TESCO Numerical simulation of FFF printing processes UPSIM Reduced Order Models for Contact simulations Ctrl-P Machine learning to optimise 3D print processes Semicon05 Accurate, multi-physics simulations of VAT Photopolymerisation processes AMPERE Fast simulation of photo-polymerisation processes TASTI Efficient simulation of contact for biomedical applications DIPMET Deposition of metal powder for 3D printing METPAM Production of Metal Powder finished ADMIRE Adaptive Delamination Modelling with Isogeometric Analysis Representation Extreme composites Muliscale modelling of the long term behaviour of composites in harsh conditions LEE-BED Multi-physics simulations for faiure in conductive materials MultiScale Composites Multiscale modelling of failure in thin-ply textile composites using Isogeometric Analysis Natural fibre composites Study on the effecto of moisture ProTechTion Multiscale modulling of woven composites Partitiy of Unity Method Advanced numerical techniques for the simulation of fracture Pressure Vessels Impact behavior of thick-walled composite-overwrapped pressure vessels Fracture Network Formation Numerical modeling and validation of fracture network formation in anisotropic media MM3D Computational model for metal powderbed fusion printing Materials and Processes for Additive Manufacturing Accurate Simulation of the VAT Photopolymerisation process for ceramics METAMAT Reduced Order Modelling using Wavelet discretisation CARBFRAC Multiscale model for crack growth in saturated porous media JuBART Reporting tool for students in higher education MAAXIMUS Isogeometric models for thin walled structures POROMult Multiscale computational poromechanics AMAZING Computational models for sintered ceramics
