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The solid fuel stamping extended-range missile integration of internal and external ballistic computing research

Author: JiangBo
Tutor: WuXiaoSong
School: Nanjing University of Technology and Engineering
Course: Weapons systems and the use of engineering
Keywords: Solid fuel ramjet Propulsion technology Ballistic performance Extended Range
CLC: TJ413
Type: Master's thesis
Year: 2009
Downloads: 62
Quote: 0
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Abstract


The solid fuel ramjet (SFRJ) is a new type of propulsion, it has the advantages of simple structure than ascribed adaptability . SFRJ extended-range missile , can significantly improve the terminal velocity , kinetic energy and a range of other properties of the shells , in the case of a given range , can shorten the time-of-flight ballistic straight , reducing the spread to increase the strike capability . Therefore , SFRJ has broad application prospects . The subject of extended range of solid fuel ramjet missile technology , a solid fuel ramjet performance quickly estimate calculation methods , the establishment of a solid fuel ramjet integration to calculate the trajectory model . Solid fuel ramjet the ballistic performance computing software development and design . The software can be applied to a different caliber ballistic performance of the extended-range missile engine , and can also be used as part of the overall design , stamping extended-range missile overall design and performance analysis . This method can quickly estimate the overall engine performance , greatly shorten the design cycle , to meet the accuracy requirements of the program design phase . Ballistic performance results of the analysis , the variation of the part of the performance parameters and design variables . The software can estimate the performance parameters of the engine and the exterior ballistic characteristics , research and development program in the text will bomb with solid fuel ramjet extended-range missile designed experiments provide some theoretical guidance and reference .

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CLC: > Industrial Technology > Arms industry > Ammunition, fuses, pyrotechnics > Ammunition > Shells : the use and construction of
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