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An optimization-based procedure for self-generation of Re-entry Vehicles shape

机译:基于优化的再入车辆形状自生成程序

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In the present paper a multidisciplinary optimization procedure for the self-generation of re-entry vehicle shapes has been developed. The procedure relies on a novel parametric model of blended wing-body shapes which is used to create a re-entry configuration around a fixed volume. The flexibility of the model allows us to create lifting body or winged re-entry vehicle from an optimization procedure as monolithic bodies. Multidisciplinary analysis is performed with engineering methods valid in conceptual design. Results of shape optimization for a minimum mass configuration, performed for a Low Earth Orbit Re-entry mission, confirmed the suitability of the procedure by indicating a decrease of vehicle mass configuration that is obtained by reducing the wingspan parameter for a conceptual lifting body configuration. (C) 2017 Elsevier Masson SAS. All rights reserved.
机译:在本文中,已经开发了用于再生成车辆形状的自生成的多学科优化程序。该程序依赖于融合了机翼形状的新型参数模型,该模型用于在固定体积周围创建可重入的配置。该模型的灵活性使我们能够根据优化程序将举升体或带翼折返车辆设计为整体式车身。使用在概念设计中有效的工程方法进行多学科分析。针对低地球轨道重入飞行任务进行的最小质量配置形状优化的结果,通过指示车辆质量配置的减少,证实了该程序的适用性,该车辆质量配置的减少是通过减小概念性举升体配置的翼展参数而获得的。 (C)2017 Elsevier Masson SAS。版权所有。

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