Multiphysics Simulation Consultancy Services.
Computational Fluid Dynamics
We employ computational fluid dynamics to study complex fluid flows. Your fluid flow conditions can be creeping, laminar, turbulent, bubbly, multiphase and many more besides. Fluid types can be low speed, high speed, compressible, incompressible Newtonian, and non-Newtonian.
Image produced using ScanIP from Synopsys Simpleware. Check out our latest success story with Synopsys here.
Mathematical Optimisation
We can help to reduce your manufacturing design cycle and to minimise the need for expensive prototypes. We can do this by coupling optimisation algorithms to finite element, computational fluid dynamics and multiphysics simulation models.
Characterisation of Materials
We have extensive laboratory experience and we are expert practitioners in the testing and characterisation of a whole range of materials. We also do a lot of work involving heat and mass transport through porous structures where our workflows can be supported by Simpleware software which generates high-quality models and meshes from 3D image data (such as CT, micro-CT etc,) which are then suitable for FEA and/or CFD analysis.
High Performance Computing
In many instances it is necessary to support our calculations using high performance computing (HPC) resources. Our Enterprise account with Rescale gives us instant access to the world's largest HPC infrastructure in the cloud.
Finite Element Analysis
We use the finite element method to model a wide range of physical phenomena, providing our clients with realistic, accurate and cost-effective solutions to real-world engineering problems.
Discrete Element Modelling
We use the discrete element method to model the motion and interaction of large collections of discrete entities. Examples include granular flows, powder processing and the mechanics of soil excavation and transport.
Simulation conducted using the ROCKY DEM software package for discrete element modelling and provided courtesy of ROCKY DEM.
This model of a metallic stent was built by COMSOL
using COMSOL Multiphysics simulation tools.
For examples of our own work visit the Case
Study section here.
