Services: Simulation

The availability of vast computing power is accelerating technical development at an unprecedented rate. By harnessing this capability and deploying advanced simulation techniques, your organisation can become a market leader in your field.

For decades, Xi has been working at the forefront of the world of simulation. Globally recognised for our expertise in this arena, we work with leading technology companies in a wide variety of markets. Using digital engineering tools, Xi continually pushes the boundaries of what is possible through Multiphysics to solve all kinds of complex engineering challenges.

By validating our sophisticated models with real world data, we can provide a risk-free environment in which you can improve and optimise your product.

Our simulations accurately represent how your system will function in the real world, providing a robust test bed for a wide range of scenarios. This approach accelerates your design process, reduces your time to market and minimises technical risk.

Working with Xi gives you immediate access to our expert simulation capabilities. We work as part of your R&D department, negating the need to upskill your own team. However, depending on your growth plans, we can also provide the training to develop this expertise in-house.

We work at every scale: at material level; from MEMS scale up to immense energy generating devices and systems. Our team adapts to your needs, working alongside your technical team to fully understand your design and make informed recommendations for next steps on your project. We take great pride in delivering the very best custom solutions and software to our clients.

Talk to us about your project.

Simulation Specialisms

Custom Modelling & Bespoke Apps

Aiding product and system design.

Custom Modelling & Bespoke Apps

Numerical simulations using methods such as finite element analysis, boundary element methods and ray tracing are highly effective in aiding product and system design.

Electromagnetic / Electorstatics

Improve efficiency, ensure compatibility and guarantee performance...

Electromagnetic / Electorstatics

Electromagnetic simulation helps you to improve efficiency, ensure compatibility and guarantee performance in complex and noisy EM environments.

Structural Dynamics

Reduce risk of failure with modelling of dynamics

Structural Dynamics

The modelling of dynamics is used to ensure that a product is not under-engineered and therefore at risk of failure. It’s also important to determine that a product is not over-engineered, resulting in unnecessarily high costs in materials and fabrication time.

Acoustics

Understand, analyse and mitigate for all types of noise and acoustic issues

Acoustics

To understand, analyse and mitigate for all types of noise and acoustic issues, Xi uses a variety of modelling methods.

Computational Fluid Dynamics

Modelling processes

Computational Fluid Dynamics

Xi has assisted clients in modelling Computational Fluid Dynamics (CFD) across a variety of projects and industries.

Microfluidic

Reduce the time and effort spent on fabrication and testing

Microfluidic

Microfluidic devices are used in a wide range of research and development activities as well as commercial contexts. In all cases, simulation can reduce the time and effort spent on fabrication and testing when many configurations are required.

(Modelling) Optimisation

The optimisation process can be applied to anything we simulate at Xi

(Modelling) Optimisation

We use optimisation solvers for calculating optimal solutions to engineering problems and improve the design of products.

Batteries

Modelling batteries can save an enormous amount of time, energy and money

Batteries

Whether in the development stages or in the setup of physical laboratory research facilities and production lines, modelling batteries can save an enormous amount of time, energy and money.

Thermodynamics

Understand what heat sources and sinks can impact how a device functions

Thermodynamics

Thermodynamics involves the generation of heat and its transport between different parts of physical or engineering systems.

MEMS Design & Optimisation

Accelerometers, micromirrors and microphones

MEMS Design & Optimisation

Micro Electro Mechanical Systems (MEMS) consist of micron scale components which interact with their surrounding environment as sensors, actuators or both.

Platforms