Every capability we have was built inside a project.

Technologies and platforms

The same codebase reaches a project in several forms, depending on what the work requires.

• Simulation suite

  Geometry handling, meshing, solvers and post-processing in one environment, running on a workstation or on a project’s own servers.

  

• SimuPort

  The browser platform. Public and controlled simulators, no installation, hosted on Flowphys infrastructure.

  

• Flux

  A domain-specific language for defining geometry, meshes, materials, solvers and optimisation studies. Written by hand or generated from a natural-language description, then executed unattended — which makes an AI-generated model reproducible rather than one-off.

  

• Agentic framework

  Specialised agents that build geometry, generate meshes, check feasibility, run studies, train surrogates and optimise, iterating until a design meets its specification.

  

• Solver library

  The physics engines beneath all of the above. Every solver listed here is deployed and running on SimuPort today, covering fluids, structures, thermo-mechanics, materials, electromagnetics and 1D networks. The same solvers power the desktop suite, SimuPort and partner integrations. More solvers are in development and move to production as they are validated.

  • Fluids

    Jet and impinging flows · Heat transfer · Particle tracking · Pipe and channel networks

  • Manufacturing

    Computational welding mechanics · Melt pools · Metal forming

  • Structures

    Structural dynamics · Topology optimisation

  • Materials and chemistry

    Thermodynamics · Chemistry

  • Electromagnetics

    Photonics

• Programmatic access

  Interfaces for partners embedding Flowphys models in their own workflows and tool chains.

  

• In-house computing

  Flowphys operates its own high-performance servers for simulation, surrogate training and hosting SimuPort.

Frontiers

Research frontiers