
Cornell Chronicle:
How small satellites can help the US win the space race
“At the boundary of space, there’s still enough residual atmosphere that a spacecraft traveling at hypersonic speeds is going to be slowed down by the atmosphere, and it needs a propulsion system to keep it aloft, otherwise those collisions with residual air will deorbit your spacecraft very quickly,” said Elaine Petro, assistant professor of mechanical and aerospace engineering in Cornell Engineering. “And there’s no good propulsion solutions right now to do that.”
Cornell Chronicle:
Professors Petro, Sobhani, and Royer lead subteams on $35M nuclear-powered spacecraft project
"Elaine Petro, assistant professor of mechanical and aerospace engineering at Cornell, is principal investigator for the institute’s propulsion modeling subteam, which consists of collaborators across the universities of Michigan and Colorado Boulder. Together they will develop comprehensive numerical models of the operation of the electric thrusters."
Cornellians:
Professors Peck and Petro release new episodes of Spaceflight Mechanics for the 150th anniversary of Mechanical and Aerospace Engineering at Cornell
In recognition of the sesquicentennial of mechanical engineering at Cornell, this special episode of the podcast delves into the Sibley School’s history of pioneering work.














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