Six physics modules developed and validated through KYAMOS R&D projects, GPU-accelerated for high-fidelity engineering simulation.
Electromagnetic field simulation for antenna design, waveguides, and microwave heating.
Full-wave Maxwell solvers for EMC/EMI analysis and device characterisation.
Carrier transport and thermal modelling for semiconductor device optimisation.
Atmospheric boundary layer and turbine wake simulations using LBM-LES on GPU.
Electrochemical and thermal modelling for battery pack design and safety analysis.
Conjugate heat transfer, natural convection, and thermal management of electronics.
KYAMOS develops GPU-accelerated numerical solvers and physics modules for high-fidelity engineering simulation.
CUDA-aware MPI solver for electrostatic, electromagnetic, and field-based simulation workflows.
GPU-accelerated LBM technology for fluid flow, wind energy, wake modelling, and transport phenomena.
Numerical schemes for advection-diffusion, compressible flow, shock capturing, and high-resolution transport modelling.
GPU-accelerated compressible flow simulation integrated with AI-assisted modelling pipelines.
KYAMOS multiphysics modules support green and energy-related workflows including wind turbines, batteries, smart grid components, inverters, thermal systems, and semiconductor devices.