Preliminary Development of a Multifunctional Hot Structure Heat Shield

Abstract

Development of a Multifunctional Hot Structure Heat Shield concept has initiated with the goal to provide advanced technology with significant benefits compared to the current state of the art heat shield technology. The concept is unique in integrating the function of the thermal protection system with the primary load carrying structural component. An advanced carbon-carbon material system has been evaluated for the load carrying structure, which will be utilized on the outer surface of the heat shield, and thus will operate as a hot structure exposed to the severe aerodynamic heating associated with planetary entry. Flexible, highly efficient blanket insulation has been sized for use underneath the hot structure to maintain desired internal temperatures. The approach was to develop a preliminary design to demonstrate feasibility of the concept. The preliminary results indicate that the concept has the potential to save both mass and volume with significantly less recession compared to traditional heat shield designs, and thus provide potential to enable new planetary missions.

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Cite this paper

@inproceedings{Walker2014PreliminaryDO, title={Preliminary Development of a Multifunctional Hot Structure Heat Shield}, author={Sandra Polesky Walker and Kamran Daryabeigi and Jamshid A. Samareh and Sasan C. Armand and Scott V. Perino}, year={2014} }