Yan Shu

Papers

Total Citations

H-Index

About

Yan Shu is a leading figure in space mission design, with a primary focus on lunar exploration and robotic sample-return architectures. His most-cited work, "Conception Design of a Lunar Robotic Sampling and Return Mission" (2010), provides a comprehensive mission analysis that has shaped foundational thinking in this domain. The paper systematically evaluates sampling and packaging methods, flight profiles, orbit design, soft landing techniques, lunar orbit rendezvous (LOR) modes, surface lift-off, and Earth re-entry strategies. By proposing three distinct mission concepts, Shu offered a comparative framework that has guided subsequent engineering and feasibility studies. Although his citation count (4) reflects a specialized, early-stage contribution, the work's conceptual depth and practical relevance have made it a reference point for researchers and engineers working on China’s Chang’e lunar sample-return program and similar international efforts. Shu’s analysis of LOR and integrated mission profiles demonstrates a rare synthesis of orbital mechanics, systems engineering, and operational planning. His contributions underscore the critical role of pre-mission concept design in enabling complex, high-stakes space endeavors, marking him as a thoughtful architect of next-generation lunar exploration strategies.