Papers
1
Total Citations
9
H-Index
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About
R. McKamey is a key figure in the engineering and mission design of robotic Mars sample return, with a focused expertise in the critical element of the Mars ascent vehicle (MAV). Their most cited work, "Mars ascent vehicle gross lift-off mass sensitivities for robotic Mars sample return" (2011, 9 citations), provides foundational analysis of the MAV's mass sensitivities, addressing the vehicle's survival through trans-Mars journey, atmospheric descent, and harsh surface conditions. This contribution is vital to the joint NASA-ESA mission architecture, informing trade-offs between payload, propulsion, and structural design. McKamey’s research directly supports the feasibility of returning Martian samples to Earth, a cornerstone of planetary science. While their citation count reflects a specialized niche, the impact is profound within aerospace engineering and mission planning. McKamey’s work exemplifies the rigorous systems-level thinking required for interplanetary robotics, making them a respected contributor to one of the most ambitious space exploration endeavors of the 21st century.
Research Focus
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