Mars hard lander capsule study. Volume 3 - Capsule parametric study, book 2 Final report
Parametric analysis of Mars hard lander and preentry subsystems - computer programs for systems analyses
SEARCH · Search NASA
Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
Quote a phrase for an exact phrase match. Source license links do not imply unrestricted reuse.
Parametric analysis of Mars hard lander and preentry subsystems - computer programs for systems analyses
Design and performance characteristics of Mars hard lander capsule point designs, and criteria and mission constraints for capsules 1 and 2
Analytical design data for capsules 3 and 4 in the Mars hard lander study system
Engineering design of Mars hard lander capsules 5 and 6 and illustrations for increasing payload size
Supporting data for mission planning and design criteria of Mars hard landing system
Explore the source record for details and available documents.
Detailed cost analysis of Advanced Multipurpose Large Launch Vehicle, including cost summary tables
Cost analysis of nonrecurring development testing costs for AMLLV
Detailed cost analysis of recurring elements in multipurpose launch vehicle
Nonrecurring cost analysis for launch vehicles
Cost analysis of nonrecurring development and testing of launch vehicles
Recurring cost analysis for first unit of configuration
Two stage to orbit reusable spacecraft system for use in transporting cargo and passengers to and from earth orbital space stations
Cost analysis for optimized cost orbital space transportation system
Mission requirements and physical and functional characteristics for optimized cost orbital space transportation system design
Plans, schedules, and operations and support data for optimized cost orbital space transportation system design
Concept analysis for optimized cost orbital space transportation system
Cost system model for optimized cost orbital space transportation system