| Aerodynamics is an important part we must fight for in the field of weapon facilit ies development and flight design.And all the developed countries in the world attach great importance to its process and progress,especially in the field of wind tunnel tests,which has been playing a vital role in the aerodynamic research and aerodynamic design of aircraft.With the continuous expansion of the aerospace and the rapid development of digital information technology,our research in the aerodynamics theory and practice has been expanded and improved in the new era.The data processing is an essential part of wind tunnel tests,which as we all know,will directly affects the quality and efficiency of the results.So this thesis will ful y study and analyze the current situation of the development of low-speed wind tunnel test data processing at home and abroad,as well as analyzing the requirements related to the design of the platform.And lastly the article will surely show the function and content of the platform and propose both general and detailed design methods of the integrated platform for the processing of low-speed wind tunnel test data.After being establishment,the platform conducted source code tests,the system debugging and the function debugging.According to the results,the platform runs normally and achieves the expected purposes.From the preliminary application of the platform,the establishment of the platform provides a unified processing module and a display entrance for experiments related data.And it also supports online processing,realtime analysis and statistics function.It improves the efficiency of data acquisit io n,transmission,sharing,usage and maintenance.Meanwhile,it enhances the real-time capability and effectiveness of the data processing.In addition,to explore and establish a new type of low-speed wind tunnel experimental data management facility,this platform plays an important role in promotion and for refererence. |
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