Phone
+44 (0) 1494 616020
Registered No
7074983
8020 Engineering Ltd
Aston Court, Kingsmead Business Park
Frederick Place, High Wycombe
HP11 1LA, United Kingdom
... Simulation Solutions for Success
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CFD++ Advanced Course
8020 Engineering invites you to a 2-day CFD++ Advanced course. After the course the participant will have acquired all the necessary knowledge to understand much of the theoretical background associated with the use of CFD++
Course content:
This training covers the technical background of CFD++ and its application in the following general areas:
- Steady and unsteady solutions of the Navier-Stokes equations with various forms of turbulence modelling, including specialized treatment of low speed and incompressible flows via preconditioning.
- Compressible flow formulation with perfect gases and real gases as well as reacting and non-reacting flows.
- The CFD++ unified framework for handling structured curvilinear and unstructured grids, including hybrids and the unified treatment of various cell shapes including hexahedral, tetrahedral, pyramid and triangular prism cells (3D), quadrilateral and triangular cells (2D), and linear elements (1D).
- Treatment of multiblock patched aligned (nodally connected), patched-nonaligned and overset grids. Automatic determination of interblock connectivity.
- Total-Variation-Diminishing (TVD) discretization based on the novel multi-dimensional interpolation framework.
- Realizable approximate Riemann solvers used to determine interface fluxes. Consistent and accurate discretization of viscous flux components.
- One-, two-, and three-equation linear and nonlinear turbulence models, that do not require knowledge of distance to walls.
- Versatile range of boundary conditions for all types of equation set.
- Various time-stepping options including explicit and implicit schemes, relaxation methods and multigrid convergence acceleration techniques. Dual-time stepping methodology for time accurate simulations. The use of problem-specific setup wizards.
- The implementation on parallel computers based on the distributed-memory message-passing model. Native message passing libraries, MPI or PVM can be used on a variety of parallel architecture computers including those available from DEC (Compaq), IBM, SGI, SUN, HP, and PC clusters.
- A rich collection of advanced pre- and post-processing functionality is discussed, including those for import and export of files, problem setup assistance, grid manipulation and solution visualization.
All public courses are held at our offices in High Wycombe. Courses run from 0930 to 1700 each day. For details of prices, availability and nearby accommodation please contact us.
(Images courtesy of Metacomp Technologies)
‘Gas Injector’
‘Boeing Aircraft’