Computational Tools & Services

HyPerComp's technology expertise covers the entire range of computational simulation. The following is a list of computational tools HyPerComp has at it's disposal to carry-out a wide variety of projects. All of the tools were developed by HyPerComp and each one aids in the delivering of results to our clients.

PreProcessing

CAD Geometry Modeling / Repair
- gaps and overlapping patches
- trim surfaces
Surface / Volume Gridding
- robust IGES reader
- template-based structured / unstructured grids
- hybrid gridding (tets, prisms, pyramids, hex, etc.)
- solution adaptive grids (linked to solvers)
  - multi resolution, dynamic adaptive meshes
GUI Tools
- Open GL, GTK, Tcl / Tk, X/Motif
- portable on SGI, SUN and Linux-based PCs
- porting to Windows in progress
Parallel Run Environment
- PC and workstation clusters
- C,C++ and Fortran
- domain decomposition
- load balancing
- scalable code architectures

Processing

High order algorithms and physics-based modeling in:
- computational fluid dynamics (CFD)
- computational electromagnetics (CEM)
- magnetohydrodynamics (MHD)
- free surface modeling
- fluid-structure interaction
- unsteady and transient effects
- multidisciplinary coupling and optimization

Post Processing

solution / grid visualization, animation

Knowledge-Based Computing

expert system shells

Large-scale Simulations

incompressible-to-hypersonic Mach number
radar cross section (RCS), antenna radiation
heat transfer management in nuclear fusion systems
high speed flow control using MHD

User Training and Online Documentation