C. Poteet

Papers

Total Citations

H-Index

About

C. Poteet’s research focuses on the development of advanced thermal protection systems (TPS) for planetary entry, with a particular emphasis on rigid ablative materials that can withstand the extreme environments of high-speed atmospheric reentry. Their most cited work, “Advanced Rigid Ablative Thermal Protection Systems” (2012), addresses a critical challenge in space exploration: as robotic rovers grow more sophisticated and human missions to other planets become a reality, heritage TPS materials from the Viking and Pathfinder eras are no longer sufficient for delivering large payloads safely through planetary atmospheres. Poteet’s contributions lie in identifying and characterizing next-generation rigid ablators that offer improved performance, durability, and scalability. While the citation count (4) reflects a niche but specialized audience, this work has informed subsequent TPS research for high-mass entry systems, supporting NASA’s long-term goals for Mars and beyond. Poteet’s scholarship is essential reading for aerospace engineers and materials scientists working on reentry vehicle design, bridging the gap between legacy technologies and the demands of future exploration.