Search for: Filter by category:AllNot-applicableMulti-physicsMulti-scaleMaterial ModelingOptimisation ADD NEW CHALLENGE VIEW ORGANISATIONS LIST VIEWDownload PDFBig Data – Simulation Data Management ...Chemical Mechanical Material Modelling ...Complex Fluid / Structure Interaction ...Discrete OptimisationFrom Ref [1] – Discrete optimisation or combinatorial optimisation means searching for an optimal ...Early Identification of Dependancy in Optimisation ...Effect of micro-behaviour to improve material performance ...Formulation of Optimisation Problems ...Handling of Failures and Dropouts of Optimisation ...High dimensional optimisationTaken from Ref [1] - One of the basic problems of numerical optimisation techniques is the computing ...Highly Non-linear and Highly Interactive Material Problems ...Interpretation During Optimisation Process ...Materials in Aggressive Environments ...Materials Integration and CouplingThe necessary integration of multimodal measurements and multiphysics models at multiple hierarchica ...Merging Continuous and Discrete Systems ...Modeling CompositesThis problem deals with the modelling of composite failure within complex structures – e.g. aircra ...Modeling Material FatigueIn materials science, fatigue is the progressive and localised structural damage that occurs when a ...Multi-disciplinary OptimisationTaken from [1] Multi-disciplinary design optimization (MDO) is a field of engineering that uses o ...Multi-fidelity OptimisationTaken from [1] Simulation models of different fidelity levels are often available for a complex syst ...Multi-field CouplingElectro, electrochemical. Quantum molecule modelling. New models and theory ...Multi-objective OptimisationTaken from [1] Multi-objective optimisation (also known as multi-objective programming, vector op ...Multi-physics Interfaces and Geometry (Meshing Geometry) ...Multi-scale Design EnvironmentThis challenge involves the creation of an intuitive design environment for musicale problems ...Multi-scale Integration and Interoperability ...Multi-scale ValidationIn mathematics and physics, multiple-scale method comprises techniques used to construct uniformly v ...Multicore Approach to MultiphysicsMany fields of science and technology require vast computational resources. Simulation of physical s ...Optimisation Constraint HandlingIn mathematical optimisation, constrained optimisation (in some contexts called constraint optimi ...Optimisation in Highly-coupled Systems ...Optimisation Under UncertaintyFrom Ref [1] For many actual problems, however, the problem data cannot be known accurately for a va ...Optimising Noisy SystemsTaken from [1]. The problem of dealing with noisy function evaluation has been addressed by various ...Residual Stress ModellingThis problem deals with modelling residual stress induced during processing of materials. ...Robust OptimisationTaken from Ref [1] Robust optimisation is a field of optimisation theory that deals with optimisati ...Standard Data StructuresDeveloping an AP209 standard for DEM data (part of EU FP7 VELaSSCo project) Taken from [1] E ...Standardisation Between SystemsMultiphysics treats simulations that involve multiple physical models or multiple simultaneous physi ...Thermodynamic Consistency Across Scales ...Two-way CouplingIn order to illustrate the challenge take as an example the interaction between fluid and structure ...Understanding and Modelling Physics ...Virtual Verification and Validation ...