VULCAN (Viscous Upwind aLgorithm for Complex flow ANalysis) offers computational fluid dynamics for subsonic speed through hypersonic turbulent reacting and non-reacting flows on a variety of serial and parallel computational platforms. The computational cost of propulsion flow analysis is reduced through the use of special turbulent wall treatments, multi-grid methods for elliptic and space marching schemes, and conditioning of the governing equations to reduce numerical stiffness. Physical modeling capabilities are improved through the inclusion of models for compressibility, Reynolds stress anisotropies, turbulent diffusivity, finite rate chemistry, and turbulence/chemistry interaction effects. VULCAN can simulate two-dimensional, three-dimensional, or axi-symmetric multi-block problems.
|Tags||Scientific/Engineering Bioinformatics Visualization|
|Operating Systems||POSIX BSD Linux Unix|
Release Notes: This release adds numerous bugfixes and enhancements.
Release Notes: The "omega" definition was transformed for the Menter turbulence models to match that used by the Wilcox models. The Wilcox 2006 k-w model WILCOX-2006 was added. The capability to handle an arbitrary number of ghost cell layers was added. The source-based bleed specification treatment (bleed in or out) was enhanced through the inclusion of a Doerffer-Bohning model option for flow through a porous plate. The ability to introduce resolved turbulent content into a profile boundary condition specification using a recycling/rescaling procedure for boundary layer flows was added. Bugfixes and model fixes were done.
Release Notes: Numerous bugfixes and enhancements.
Release Notes: Numerous bugfixes, simulation cleanups, and compilation fixes were done.
Release Notes: This release adds support for 64-bit platform options that utilize the Portland Group or PathScale compilers. It adds support for the freely available G95 F90 compiler. Extended initial conditions that can be set within the solver. Numerous bugfixes.