The CFdesign HPC Module delivered simulation results 400% faster for this tricone drilling bit application commonly found in the oil & gas industry. The dramatic speedup was achieved on an economical mini cluster using Windows HPC 2008 and two 4-core computers. |
Blue Ridge Numerics, Inc. has announced that design engineers can experience dramatic speedup of simulation time for complex flow and thermal projects using the latest CFdesign high performance computing (HPC) Module. The module allows CFdesign users to harness the power and investment of their existing Windows HPC networks, whether in a data center or a smaller cluster environment.
It allows customers to conduct more design studies in less time and reduce the time it takes to achieve solutions for large, complex models. Mechanical and product design engineers will benefit from the decreased time required to optimize flow and thermal performance during the digital design phase, resulting in increased productivity and a more optimized final product design.
According to Blue Ridge Numerics, even a two computer Windows HPC mini-cluster with the CFdesign HPC Module creates enough horsepower to speed up solution times by 400%. For customers interested in creating a simple two computer mini-cluster, which is all that is needed to use the CFdesign HPC Module, the components are included below. A Dell system has been used as an example, but could be replicated with HP or other similar computers. Additional computers can be added.
For more information, visit Blue Ridge Numerics.
Sources: Press materials received from the company and additional information gleaned from the company’s website.

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