To increase the success rate of U.S. built Rocket Motors (SRM), the approach taken is: (1) set common reliability goals for nozzles, cases, bondline, propellant, and insulation; (2) build a common engineering data base to support standard industry-wide reliability assessment models; (3) structure or enhance existing industry/government/user term to develop the tools, methods needed, and the data to support them; and (4) areas where unreliabilities are found must be improved
Since 1963, solid propellant apogee motors have been placing satellites into geosynchronous orbits. ...
Issued as Progress report no. 1-28, Final report, and Final report corrected, Project no. E-16-646Fi...
NASA is developing the Space Launch System (SLS) for crewed exploration missions beyond low Earth or...
A recent article in Aerospace America claims that 'the average success ratio of the current U.S. sta...
The solid rocket motor failure database; current programs; and shortfalls of solid rocket propulsion...
Structural requirements, materials and, especially, processing are critical issues that will pace th...
A program to identify surplus solid rocket propellant engines which would be available for a program...
The analysis followed five selected motors through initial design, development, test, qualification,...
Solid propellant rockets were used extensively in space missions ranging from large boosters to orbi...
A methodology for the reliability analysis of a reusable solid rocket motor case is discussed. The a...
The Advanced Solid Rocket Motor (ASRM) will not only bring increased safety, reliability and perform...
Four subscale solid rocket motor tests were conducted successfully to evaluate alternate nozzle line...
Solid Rocket Motors (SRMs) are used across a variety of platforms from aircraft missiles to space sh...
The Hydra-70 uses small solid rocket motors, which are produced in large numbers. It is used by all ...
NASA is conducting a program which will establish a technology base for the orderly evolution of reu...
Since 1963, solid propellant apogee motors have been placing satellites into geosynchronous orbits. ...
Issued as Progress report no. 1-28, Final report, and Final report corrected, Project no. E-16-646Fi...
NASA is developing the Space Launch System (SLS) for crewed exploration missions beyond low Earth or...
A recent article in Aerospace America claims that 'the average success ratio of the current U.S. sta...
The solid rocket motor failure database; current programs; and shortfalls of solid rocket propulsion...
Structural requirements, materials and, especially, processing are critical issues that will pace th...
A program to identify surplus solid rocket propellant engines which would be available for a program...
The analysis followed five selected motors through initial design, development, test, qualification,...
Solid propellant rockets were used extensively in space missions ranging from large boosters to orbi...
A methodology for the reliability analysis of a reusable solid rocket motor case is discussed. The a...
The Advanced Solid Rocket Motor (ASRM) will not only bring increased safety, reliability and perform...
Four subscale solid rocket motor tests were conducted successfully to evaluate alternate nozzle line...
Solid Rocket Motors (SRMs) are used across a variety of platforms from aircraft missiles to space sh...
The Hydra-70 uses small solid rocket motors, which are produced in large numbers. It is used by all ...
NASA is conducting a program which will establish a technology base for the orderly evolution of reu...
Since 1963, solid propellant apogee motors have been placing satellites into geosynchronous orbits. ...
Issued as Progress report no. 1-28, Final report, and Final report corrected, Project no. E-16-646Fi...
NASA is developing the Space Launch System (SLS) for crewed exploration missions beyond low Earth or...