Quick simulation

Computational solutions for fluid dynamics, heat transfer and other processes

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High accuracy

Simulation of flow around complex surfaces without simplifying the geometry

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Abilities of integration

Interoperation with software for strength analysis (FSI) and parametric optimization

Know details

Software package for engineering designers, engineers and manufacturing engineers Solving problems of fluid dynamics and heat transfer

  • FlowVision is used along 20 years for shipbuilding, atomic energetics, aircraft engineering and space technology. FlowVision is applied to improve compressors, engines, heat-exchange units and air conditioners. FlowVision is included into the unified register of the Russian programs for electronic computers and databases of Ministry of Communications and Mass Media of the Russian Federation.
  • Use FlowVision to solve problems with geometry models of any complexity prepared either as a single detail or as an assembly including complex moving machinery and bodies with variable geometry.
  • Do not waste weeks for building the computational grid. FlowVision will automatically build a grid with no additional manual reworking. 
  • Use FlowVision to investigate equipment with complex movement. Simulate moving boundaries and equipment with variable geometry (FSI).
  • Calculate with FlowVision faster on the modern multicore computers and clusters. The FlowVision’s hybrid parallel processing works faster than traditional technologies

How we can help you to solve problems Key features of the FlowVision CFD

High accuracy

FlowVision has solved traditional CFD difficulties using the following technologies:

  • subgrid resolution of surfaces
  • mass conservation in problems with a free surface
  • taking into account deformations of a framework (FSI)
  • simulation of moving bodies with a complex motion law

Quick results

Technologies, which reduce the time of a problem’s solution at each step of the engineering design:

  • convenient graphical user interface for preparing a project
  • the gap model for thin clearances, which allows you not to avoid the grid refining
  • automatic building the computational grid
  • the hybrid method for parallel computations on multiprocessor systems

Scalable abilities

FlowVision allows you to solve multidisciplinary problems thanks to its scalability and integration with third parties’ software:

  • Acoustic problems in conjunction with LMS
  • Solving problems of hydro- and aeroelasticity (FSI) in conjunction with Abaqus, Ansys, Nastran and other FEA software packages
  • Solving problems of multicriteiria optimization with IOSO
  • Ability to expand FlowVision using its native modules


Commissioning, education, support

We provide integration of FlowVision into business processes of your organization. We provide flexible license politics. Education and user support are provided in Russian and English languages

Project design, consulting

Order solving of your problem: simulation of processes and devices, optimization, analysis of properties of the designed unit

For universities, students and professors

Preferential terms are granted for educational organizations. Free licenses are granted to students and postgraduates

Custom development for special requirement of organizations

We can develop FlowVision modules for automation routine business processes in a computational department and can also develop a custom mathematical model for client’s needs

How FlowVision helps our customers Feedback from our customers

CAPVIDIA FlowVision–Abaqus numerical solution is really working for tire wet grid design in practical with high accuracy and performance!!!

Dr. Sung

Green Eco-Tire Design Center, KENDA, 2016

Dr. Sung

Compared to other commercial CFD tools we have used, FV has several unique features we are very impressed, such as the grid generation technique for complex configuration and unsteady flow simulation of bodies or parts in a body with complex angular motion. With FV we have achieved unique simulation results in the study of unsteady flow around 2D and 3D vertical wind turbines, and 3D unsteady flow around fly vehicles with gyroscope motion or complex angular motion in their parts. The technique support team in FV is quite professional and enthusiastic to their work, which has been offered us a lot of timely help during last four years

Prof. KANG Shun

School of Power, Energy and Mechanics Engineering North China Electric Power University

Prof. KANG Shun

For simulation of heating / cooling coils, other commercial CFD tools we have tried up to now, only offers either porous medium assumption or simulation on highly limited computational grids. On the other hand, only with FlowVision, we were able to simulate fluid flow and heat transfer around actual coil geometries.

To make a general comparison between FlowVision and other leading CFD software’s, it wouldn’t be wrong to say that FlowVision is a couple of steps ahead in regards of various aspects: unique mesh generation technology, high speed of mesh generation, lower computation times and higher accuracies in simulations for steady/transient or laminar/turbulent fluid flows. In addition to that, accompanied with Formula Editor which brings very high level of usage flexibility and similar various tools that simplifies our simulation jobs, FlowVision is simply a peerless CFD solution for us.

I would like to present my congratulations to notably Dr. Andrey Aksenov and technical support leader Igor Moskalev and on behalf of them all FlowVision team.

Tolga Güler

UNTES Air Conditioning Systems

Tolga Güler

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