From SNIC Documentation
Edge is an unstructured CFD solver developed at the Swedish Defence Research Agency (Totalförsvarets forskningsinstitut) (FOI) since 1997. The code is fully RANS capable, and features several turbulence models from algebraic to state-of-the-art two-equation models. Furthermore the code also includes LES and DES models and the ability to run in "Euler" and laminar mode. Time-accurate and aeroelastic simulations are also possible.
The Edge flow solver is based on a node-centered finite volume scheme. For steady flows, the equations are integrated towards steady state with an explicit multi-stage Runge-Kutta scheme. To accelerate convergence, residual smoothing and a multi-grid technique can be employed. Low Mach-number preconditioning is also available. Time-accurate computations are implemented using dual time-stepping: implicit time marching with explicit sub-iterations.
The copyright holder is FOI. All rights to Edge are reserved by FOI. An idividual user-based written agreement with FOI is required to get access to the code. Edge or parts of Edge may not be sold, distributed or in any other way made available to third parties without a written permission from FOI.
|Akka||HPC2N||capability cluster resource of 54 TFLOPS with infiniband interconnect|
|Beda||C3SE||throughput cluster resource|
|Glenn||C3SE||throughput cluster resource|
|Kappa||NSC||throughput cluster resource of 26 TFLOPS|
|Lindgren||PDC||Cray XE6 capability cluster with 305 TFLOPS peak performance|
|Matter||NSC||cluster resource of 37 TFLOPS dedicated to materials science|
License: No licensing information available.
ExpertsNo experts have currently registered expertise on this specific subject. List of registered field experts:
|Field||AE FTE||General activities|
|Adam Peplinski (PDC)||PDC||Computational fluid dynamics||100100||NEK5000 support|
|Håkan Nilsson (C3SE)||C3SE||Computational fluid dynamics||3030||Organize a PhD course in CFD with OpenSource Software OpenFOAM. Organize OpenFOAM user group meetings. OpenFOAM installations.|
|Jing Gong (PDC)||PDC||Computational fluid dynamics||100100||Application expert|
|Lilit Axner (PDC)||PDC||Computational fluid dynamics||5050|