FlowPhys AS specializes in developing tailormade scientific software that requires advanced numerical methods and physical models, as well as also performing computer simulations.
We are not only specialized in making our own stand-alone simulation software, but also dedicated in developing tailormade physics and data-driven simulators that can be used as plugins to other software as well as websites.
The Flowphys3D software is used for multiphysics simulations in many different areas and applications. The simulations contribute to improve understanding and de-risk the development process. Click to see more.
The Flowphys1D software is used for circuit analyses of thermodynamic fluid flow and electric circuits. Many different device models exists, and we are also able to develop and implement new tailormade models. In addition to engineering design & analyses, the software is also suitable for system-based modelling, process controls, tailormade Virtual/Digital Twins. Click to see more.
FlowPhys has developed a new and unique geothermal flow assurance simulation software for engineering and scientific analyses. To improve and optimize planning, design, and operation of geothermal energy systems and facilities, it is necessary to have a good understanding of the operating conditions in the different parts/locations and their time dependancies. The Flowphys Geothermal Flow Assurance Simulator combines fluid dynamics, thermodynamcs, and geochemistry to provide detailed analyses and simulations. The area of Flow Assurance originated in the Oil & Gas sector, where it has grown to become a key enabling technology, leading to significant cost reductions. Click to see more.
To improve the value and impact, we frequently perform shape and/or process parameter optimization, often with spectacular results. Click to see more.
We use data-driven AI/ML/statistical models both to provide AI-enhanced physics models as well as physics-informed AI models. The AI models are particularly suitable for Online Simulators, as they provide much faster simulations. Click to see more.
SimuPort is a powerful cloud-based platform for advanced CFD simulation tools. It is fully developed by Flowphys, and uses the template-based structure that eliminates the need for time-consuming, complex tasks such as geometry creation and mesh generation. Instead of navigating technical roadblocks, you can set up, run, and analyze simulations effortlessly, focusing on solving problems and achieving your goals.
H2020 GeoSmart “Technologies for geothermal to enhance competitiveness in smart and flexible operation”
The GeoSmart project (2019-2024) aimed to make geothermal energy more competitive by improving its operational flexibility and efficiency, thereby addressing the challenge meeting demand fluctuations as well as help facilitating integration of fluctuating renewable energy sources in energy systems. Key achievements included development of different types of Thermal Energy Storages (TES), hybrid cooling and smart operation of more flexible ORC (Organic Rankine Cycle), and development of a scaling reduction system which has the potential to significantly increase the heat production without reducing the electric power production. The prototypes were demonstrated at operating geothermal sites in Insheim (Germany) and Kizildere (Turkey). For more information.See more... Go to project website: http://geosmartproject.eu/
In this project, FlowPhys further the development of its geothermal simulation software by improving/adding reaction kinetics models, device models, optimization module, desktop & online user interfaces. Some of the features are available in Flowphys’ simplified Open Access online simulators, see for example Geothermal Plant with TES and Pipe Network
H2020 GeoDrill "Development of novel and cost-effective drilling technology for Geothermal Systems"
In this project, FlowPhys will extend its 1D flow assurance and 2D/3D CFD to include non-Newtonian fluids. 3D simulations and shape optimizations of DTH drilling hammers will be performed using ALE combined with fluid-structure interaction and LES for geothermal brine and drilling mud. A 1D FEM-based structural dynamics drill string simulator will be developed and integrated with the FlowPhys 1D dynamic flow assurance software. See more...Go to project website: https://www.geodrill-project.eu/
H2020 Geo-Coat "Development of Novel and Cost-Effective Corrosion Resistant Coatings for High Temperature Geothermal Applications".
In this project, FlowPhys is extending its 1D pipe network time-dependent thermodynamic flow assurance simulator to geothermal multiphase flows. It is being coupled with chemical equilibrium modelling software PHREEQC. Models for predicting corrosion, erosion, scaling, are developed. The 1D flow assurance simulator is also being coupled with the FlowPhys FEM 3D structural heat transfer capability to support geothermal well modelling. Design-of-Experiment (DoE) is developed for constructing surrogate based models and surrogate-based parameter optimization of material coatings. See more... Go to project website: https://www.geo-coat.eu/
H2020 "Valorisation of waste heat in industrial system"
In this project, FlowPhys is performing
a) flow simulations with 3D time-dependent LES combined with advanced shape & design optimization of heat exchangers; b) development of a 1D pipe flow time-dependent thermodynamic process simulator for the whole SMARTREC system + performing process simulations and process parameter optimizations; c) design and simulation of process control system. See more...Go to project website: https://smartrec.eu/
H2020 WeldGalaxy "Digital Dynamic Knowledge Platform for Welding in Manufacturing Industries"
In this project, Flowphys developed cloud-based simulation software for Computational Welding Mechanics. More specifically, Flowphys developed Finite Element Method (FEM) software for a) non-linear elasto-plastic thermo-mechanical computational welding mechanics simulations; b) parametric solid modelling and meshing via templates; c) Design-of-Experiments (DoE), meta-models, and automatic tools for AI/ML training. See more...Go to project website: http://www.weldgalaxy.eu/
Horizon Europe ALABAMA "Adaptive Laser Beam for Additive Manufacturing"
In this project, Flowphys is developing software and performing simulations and optimizations for Additive Manufacturing. More specifically, Flowphys is developing FEM-based multi-physics software for powder particle trajectories and impacts on melt pools, multi-physics melt pool analyses, laser absorption with adaptive lasers and laser beam shaping, AI meta-models, AM process optimization. Project description: https://cordis.europa.eu/project/alabama
Horizon Europe GEAR-UP “Green Engineering, Analysis, & Reskilling for Unbounded Production”
In this project, Flowphys is developing software and performing simulations and optimizations for Additive Manufacturing with recycled metals and plastics. More specifically, Flowphys is developing FEM-based software using novel and high-performing topology optimization methods combined with Uncertainty Quantification and AI models that take into account material variability, costs, and longevity during the topology optimization. Project description: https://cordis.europa.eu/project/gearup
Horizon Europe RESTORE "Sustainable Remanufacturing solution with increased automation and recycled content in laser and plasma-based process"
In this project, Flowphys is developing software and performing simulations and optimizations for cladding in remanufacturing applications. More specifically, Flowphys is developing FEM-based multi-physics software for cladding melt pool analyses with hybrid laser and plasma arc processes, AI meta-models, process optimization, and online cloud-based simulation and optimization tools. Project description: https://cordis.europa.eu/project/restore
Horizon Europe COMPAS “CO integration of Microelectronics and Photonics for Air and water Sensors”
In this project, Flowphys is developing software and performing simulations and optimizations of photonic sensors. More specifically, Flowphys is developing FEM-based software for simulating photonics/electromagnetics in waveguides and meta-surfaces; parametric and topology design optimizations of the photonic sensors; two-phase flow microfluidic circuit; photonic & electronic packaging cooling & thermo-mechanical analyses. https://cordis.europa.eu/project/compas
The information will be updated soon
The Flowphys software has been used in many commercial consultancy and research projects in areas such as Automobile, aviation, maritime, sensors, medical devices, offshore technologies, Oil & Gas sector. Many of these cases were for breakthrough applications, for which other commercial software was insufficient, but we enabled analyzing the problem by developing new algorithms & physical models. Please feel free to contact us for a discussion about your case.
