SimuPort
Simulator gallery
Selected simulation results and platform visuals from Flowphys work. Captions follow wording from the source material.
Results
Additive manufacturing of a titanium wall built with ten layers and sixty passes using a six-beam laser. Simulated with FlowPhys multiphysics using 1.6 million elements and 1.7 million timesteps. The simulation resolves the melt pool in detail: a sharp free surface tracked by a CFD-VOF method, Marangoni flow, surface tension, wire feed, melting and solidification, evaporation with vapour recoil pressure, and radiative and convective heat losses. The predicted wall cross-section area comes within 0.2 % of the measured experiment. Single-bead additive manufacturing with a ring-shaped laser beam. Powder-fed deposition on duplex stainless steel, resolved at 18 µm cell size. Simulated with FlowPhys Multiphysics using 5.9 million elements and 88,000 timesteps. The simulation resolves the melt pool in detail: a sharp free surface tracked by a CFD-VOF method, Marangoni flow, surface tension, powder mass and heat input, melting and solidification, and radiative and convective heat loss. 
Melt pool simulation for defect evolution and heat source quantification 
Mesh generator and melt pools for multi-bead builds 
Flat plate and single-bead on substrate melt pool simulators 
Topology optimisation on SimuPort 
Finite-element electromagnetics solver (wave equation). Frequency analysis in 3D 
Multi-physics simulations 
Multi-physics simulations 
Particulate flows (powder) 
Design of experiments and optimisation on SimuPort 
Web-based mesh generator for general geometries on the online platform 
Single-bead on substrate melt pool simulator 
DoE App Builder for materials and ML response mapping 
Thermo-mechanical simulations 
Flashing in a geothermal production well 
Geothermal flow assurance 
Geothermal district heating system 
Fluid-Structure Interaction simulation of turbulent noise & vibration of a marine streamer with hydrophone sensors 
Thermo-mechanical simulation of welding process 
Electric field simulation of a dielectric sensor 
Shape optimization of a bistable fluidic oscillator 
Shape optimization of a Heat Pipe Heat Exchanger 
Initial sampling points for corrosion metamodel 
Automated AI & Metamodel training tools 
Examples of results calculated by the Geothermal Flow Assurance software 
Examples of results calculated by the Geothermal Flow Assurance software 
Examples of results calculated by the Geothermal Flow Assurance software 
Example of thermo-mechanical simulation results; the comments from the AI assistant and the listed key results 
The system (batch mode) for managing and running large number of simulations to be used for AI / metamodel training 
Optimization of melt pool parameters based on CFD simulations 
Simuport agentic framework powered by FPS-SciFM 
Simuport agentic framework powered by FPS-SciFM 
Simuport agentic framework powered by FPS-SciFM 
Flowphys1D User Interface 
Simulation of the SmartRec system with a Heat Pipe Heat Exchanger, a Dual Media Thermocline Thermal Energy Storage, and PID controller 
Bi-stable fluidic oscillator 
Large Eddy Simulation of flow in a corrugated pipe 
Pressure sensor (hydrophone) on a marine seismic streamer 
Flow noise on marine streamers 
FlowPhys LES pressure contours — instantaneous plots of flow fields 
Topology Optimization 
Online AI-powered model and mesh generator — upload an image and generate a piping/channel diagram and mesh Fillet-on-corner weld simulation Heated jet impinging on a ridge Flow noise on marine streamers Pressure sensor on a marine seismic streamer Large Eddy Simulation — original and optimised corrugated pipe designs
