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Small and medium-sized companies are interested in use of engineering software and high-performance computers. The EU’s project CloudFlow provides the both possibilities. 46 partner organizations from 13 European countries are working together in this project coordinated by the Fraunhofer Institute for Computer Graphics Research IGD. The project provides access to the numerical simulation software for small and medium-sized companies with using cloud computing on the CloudFlow platform. In this solution the existing servers provides high computational performance for solving difficult problems (High Performance Computing, HPC). Customers pay for computational power and the software only when they use these resources via Internet. Use of cloud technologies allows the customers to:

  • use the software and infrastructure of high performance computations in a cost-effective way
  • solve high dimension problems (complex part assemblies)
  • carry out several optimization projects on supercomputers in a parallel mode


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001002003 Compressor

BOGE engineers succeeded in improving characteristics of compressors using the CloudFlow platform and the FlowVision CFD software package for computational hydro- and aerodynamics optimized for work in a cloud. The BOGE KOMPRESSOREN company is one of the oldest German manufacturers of compressors and it is one of the CloudFlow partners. The software used for development is important tool for achieving the high company’s requirements to quality of production. BOGE’s engineers work on on improving the machine's efficiency and reducing the noise level.

Results of the experiment for improving the characteristics of the BOGE compressors by the FlowVision computational hydro- and aerodynamics software package operating on the CloudFlow cloud platform were presented on the HANNOVER MESSE, April 25-29 2016.

CloudFlow is funded as a joint project within the scope of the 7th Research Framework Program of the European Commission (Grant Agreement No. 609 100)

More information about the CloudFlow joint project: