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Conceptual Design of Single-Stage Launch Vehicle with Hybrid Rocket Engine for Scientific Observation Using Design Informatics

机译:使用设计信息学的混合火箭发动机单级运载火箭概念设计

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A single-stage launch vehicle with hybrid rocket engine has been conceptually designed by using design informatics, which has three points of view as problem definition, optimization, and data mining. The primary objective of the design in the present study is that the sufficient down range and duration time in the lower thermosphere are achieved for the aurora scientific observation whereas the initial gross weight is held down. The multidisciplinary design optimization and data mining were performed by using evolutionary hybrid computation under the conditions that polypropylene as solid fuel and liquid oxygen as liquid oxidizer were adopted and that single-time ignition is implemented in sequence. Consequently, the design information regarding tradeoffs and the behavior of the design variables was obtained.
机译:已使用设计信息学对具有混合动力火箭发动机的单级运载火箭进行了概念设计,该信息学具有问题定义,优化和数据挖掘的三种观点。本研究中设计的主要目的是在较低的热层中获得足够的下降范围和持续时间,以进行极光科学观测,同时保持初始总重量不变。在采用聚丙烯为固体燃料,液氧为液体氧化剂,依次点火一次的条件下,采用进化混合计算进行多学科设计优化和数据挖掘。因此,获得了有关折衷和设计变量行为的设计信息。

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