China CFD software R & D laboratory was established in 2011, is an unincorporated entity organizations rely on the Computer Network Information Center of the Chinese Academy of Sciences. The laboratory is mainly targeted at the domestic aircraft design and manufacturing sector-oriented the aeronautical field of CFD technology research and exchange, the CFD software design and development, reliable platform for efficient numerical solution of aerodynamic problems. The establishment of the laboratory is mainly based on the research and technological achievements of the the AVIC Aircraft Design and Research Institute, Chinese Academy of Sciences Computer Network Information Center, Chinese Academy of Mechanics, and three other members of the Institute of Computing Technology of AVIC units.
Software R & D labs will ChinaCFD currently undertaken by National 863 Program IT major projects in the field of high performance computer and grid service environment "issues" Wan nuclear grade Numerical Simulation of software development for large aircraft design issues as a starting point, the development of a large aircraft full flow field numerical simulation of high-precision pneumatic design Wan nuclear grade software, support is available for the viscous flow numerical simulation of the flow field of aircraft design process of the whole machine.
Leading domestic level of ChinaCFD software R & D laboratory R & D CFD numerical simulation software as the core of efforts to achieve nuclear improve the following aspects of the work:
1) R & D CFD numerical simulation software with leading domestic level. Developed with China's own intellectual property rights and practical engineering high-performance computational fluid dynamics software the CCFD, and CCFD playing the Supercomputing Center engineering calculations software, one of the brand. After a decade of uninterrupted growth, cf foreign commercial software and the actual project needs to meet the aircraft design to establish the appropriate research and development of functional modules, developed with independent intellectual property rights for aircraft design engineering high performance CFD software.
2) Build a leading high-performance computing hardware environment. Frequent large-scale numerical simulation predicted aircraft aerodynamic performance large aircraft design selection process. High performance computing hardware environment of aircraft design and CFD software R & D unit will generate a great attraction.
3) Provide operation and maintenance of the overall computing environment for hardware / software, and technical support. The stability of the hardware and software environment for open laboratory to participate in the "loyalty" of the unit will be very important. The laboratory will be fewer system failures, stable operation, application software is easy to use, robustness, high reliability calculations and continue to attract new users, the accumulation of old users.
4) Provide a platform for the exchange and discussion of a technical research and development personnel for the field of aircraft design CFD. CFD technology in the field of aircraft design progress is inseparable from the mutual exchange of scientific and engineering personnel in the field. The laboratory will be held CFD academic workshop aircraft standard mold aerodynamic analysis provide a platform for exchange of contests related, enhance the influence of the Laboratory of promoting domestic aircraft design the CFD field of the technological advances.