SOFTWARE – CFD++

CFD++ can be used in general or with very specific applications for the simulation of compressible and incompressible fluids, stationary and transient, in different speed regimes such as low and high subsonic, transonic, supersonic and hypersonic, laminar and turbulent flow, various equations of state (incompressible, barotropic, perfect gases, real gases, cubic equations of state, etc.), multiphase effects (disperse, homogeneous, distinct), cavitation effects, various thermal effects including radiative energy transport, stationary objects and in motion (including rigid body dynamics), combining heat transfer capability.

Unified Computing

CFD++ is software that is available for use on all computer systems, from personal computers to parallel computers and cluster networking, and runs on many operating systems including Windows, Linux and various versions of Unix. Parallel runs are just as easy to run as a serial one. The files created in your runs are supported on all platforms.

Unified Computational Mesh

CFD++ allows a very easy treatment of complex geometries thanks to its unification of structured, unstructured and multi-block meshes. It can also handle complex overlapping and unaligned meshes. The versatility of the code allows the use of multiple elements within the same mesh, such as hexahedron, triangular prism, 3-D pyramid and tetrahedral elements, 2-D quadrilateral and triangular elements, and 1-D line elements.

Unified Physics

CFD++ can efficiently resolve compressible flows (in all Mach numbers) and incompressible flows, including single and multiple species treatment. Including reaction flows, multiphase flows, steady and transient flows, flows in rotating machines, flows with coupled heat transfer, flows through porous media.