Optimal Terminal Descent Guidance Logic to Achieve a Soft Lunar Touchdown
Research on Unmanned Aerial Vehicles Autonomous Soft Landing Based on Optimal Control
Open-Loop Flight Testing of COBALT GN&C Technologies for Precise Soft Landing
Open-Loop Flight Testing of COBALT Navigation and Sensor Technologies for Precise Soft Landing
Minimum-fuel, two-impulse, soft lunar landing orbits
Terminal Sliding Mode Control of a Lunar Lander with Electric Propulsion
The Analysis and Configuration of a Control System for a Mars Propulsive Lander
Monte Carlo approach to touchdown dynamics for soft lunar landings
Monte Carlo Approach to Touchdown Dynamics for Soft Lunar Landings
Design considerations for Surveyor guidance.
Propellant requirements for unmanned lunar and interplanetary soft landing vehicles.
Propellant requirements for unmanned lunar and interplanetary soft landing vehicles.
Earth Land Landing Alternatives: Lunar Transportation System
Initial Results of Studies of Handling Qualities of a Simulated Lunar Landing Vehicle
Energy dissipating structures - A structures materials design synthesis