Sacramento Narrative End Item Report - Saturn S-4B-508
Checkout testing of Saturn S-4B-508 flight stage
Reitzell, W. M.↗
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Sacramento narrative end item report - Saturn S-4B-506N
Checkout test data on Saturn S-4B-506N flight stage
Reitzell, W. M.↗
Calibration, simulation, and testing of large orbiting stellar observatories
Calibration, simulation, and checkout testing of large orbiting stellar observatories
Diggins, J. L.↗
Quality assurance requirements manual for planetary spacecraft to be sterilized by heating
Information and guidelines on quality assurance requirements for production, assembly, and checkout of spacecraft to be sterilized by heating
Source record↗
Apollo 8 Mission Report
Postflight analysis of Apollo 8 mission. Apollo 8 was the second manned flight in the program and the first manned lunar orbit mission. The crew were Frank Borman, Commander; James A. Lovell, Command Module Pilot; and William A. Anders, Lunar Module Pilot. The Apollo 8 space vehicle was launched on time from Kennedy Space Center, Florida, at 7:51:00 AM, EST, on December 21, 1968. Following a nominal boost phase, the spacecraft and S-IVB combination was inserted - into a parking orbit of 98 by 103 nautical miles. After a post-insertion checkout of spacecraft systems, the 319-second translunar injection maneuver was initiated at 2:50:37 by reignition of the S-IVB engine.
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Automatic Malfunction Analysis
Automatic Malfunction Analysis /AMA/ digital computer software system supporting checkout and testing, defining normal system status by computer simulation
Jaegly, R. L.↗
A new standard for information processing systems for manned space flight
Spaceborne information processing for manned missions, describing layered system with fault tolerance and onboard checkout
Hopkins, A. L., Jr.↗
FORTRAN 4 digital program changer
Computer program modifies other source language programs as aid to debugging, checkout and final documentation to eliminate manual performance of rearranging and incrementing statement numbers, identifying and sequencing cards and inserting and/or removing end-of-batch symbols.
Madden, M. F.↗
Acceptance test, data reduction procedure and calculation definitions used for sealed, absolute, gage and differential strain gage pressure transducers
Checkout and data reduction procedures for acceptance test of sealed, absolute, gage, and differential strain gage pressure transducers
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Development of onboard equipment for space shuttle propulsion systems
Development of onboard checkout equipment for space shuttle propulsion systems
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Fault isolation computer methods
Computer methods for fault isolation in systems checkout
Garzia, R. F.↗
Space shuttle operations, maintenance and technology integration
Space shuttle operations, maintenance, and integration of ground support system, logistics, checkout, and recovery
Gay, C. C., Jr.↗
Logic devices for the readiness assessment of mechanical components
Logic devices for readiness assessment and checkout of airborne and ground equipment mechanical components
Hartung, D. J.↗
A study of techniques for the automated verification of redundancy
Checkout and verification of space shuttle system redundant components without disrupting systems
Ford, F. A.↗
NASTRAN: Users' Experiences
The maintenance and development of NASTRAN has been centralized at the Langley Research Center in the NASTRAN Systems Management Office (NSMO ). Several important system improvements are in progress which will result in a significant reduction of average computer run time. The maintenance contractor, MacNeal-Schwendler, is also engaged in the addition of comprehensive substructuring capability. A dummy element capability which allows the test, evaluation, checkout, and temporary use of a new element in the NASTRAN environment is also underway and planned for inclusion in Level 15. Several new elements and a comprehensive heat transfer capability are in development under a contract with the Bell Aerospace Company. These enhancements are planned for inclusion in Level 16. In summary, NASTRAN has emerged as a powerful , generalized facility for the analysis of complex aerospace structures and is rapidly gaining acceptance from the community of aerospace and industrial users. NASA is, therefore, committed to manage and maintain the NASTRAN system as a valuable national resource.
Phillip R Wilcox↗
A Special NASTRAN Program for Input Checking and Undeformed Structure Plotting
NASTRAN program for input data checkout and undeformed structure plotting
Smith, W. W.↗
Alpha and X-ray spectrometers: Apollo lunar orbital science program
Design, development, fabrication, test, checkout, and support activities for delivery of integrated X ray and alpha particle spectrometer systems for lunar orbiter
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Skylab facilities and operations
Skylab checkout and launch facilities and operations, describing modifications required for Apollo lunar missions facilities utilization at Cape Kennedy
Krause, R. B.↗