FlowVision v3.14.02
Introduction to FlowVision Software
FlowVision was established in 1991 at the Royal Institute of Physical Engineering in Moscow
MIPD was developed by dozens of senior researchers and was initially used as a national tool
One of the main solving tools for the Key Science Program at home. Subsequently, it was officially launched in 1994
For commercial software packages, it has a history of nearly 20 years. Currently, it is a set in Europe
The CFD simulation software widely used in advanced countries such as the United States can solve various complex problems
Problems related to fluid flow and heat and mass transfer. FlowVision solver uses finite bodies
The integration method and robust physics model are applied to high-precision and high-efficiency 32-bit and 128 bit applications
Algorithm implementation. FlowVision fully integrates pre-processing, solver, and post-processing into one
Within the software interface, it is convenient for users to operate. Support any complex 3D model parts and assembly
CAD and FEM models of ligands (ANSYS, ABAQUA, NASTRAN).
FlowVision adopts the finite volume method based on non body fitted Cartesian grids
Using the globally leading unique subgrid geometry reconstruction (SGGR: Sub Grid Geome)-
The try solution grid technique can completely maintain the curvature of the original boundary in coarser grids
Rate makes it easier to distinguish between the fluid domain and the solid domain, automatically establishing wet boundaries
Interface, capable of handling the dynamic boundary and boundary deformation problems of any complex object.
Support real-time display of computation monitoring post-processing, allowing users to simulate the analysis process
Add or remove post-processing operations at any time, greatly enhancing analytical capabilities. FlowVi-
The solver of sion software can run on remote multiprocessor clusters, achieving high efficiency
Parallel computing analysis can also be used by multiple users, facilitating collaboration among team members
use. FlowVision can be combined with ABAQUS to solve complex fluid structure coupling problems
The problem has higher efficiency and more accurate calculation ability. Through MPM (Multi)-
Physics Manager controls the implementation of FlowVision and ABAQUS software
Direct bidirectional flow coupling, without the need for third-party data exchange software or interpolation
Mathematical errors. FlowVision also provides multi physics field coupling separation with other software
Analysis, such as LMS Virtual Lab.Acoustics aerodynamic noise analysis, TORT flow analysis
Field optical propagation coupling analysis, SIGMA Technology IOSO multi-objective optimization