Reliability considerations in the design, assembly, and testing of the mariner iv power system
Reliability considerations in design, assembly, and testing of Mariner IV power system
POWER SUPPLY↗
SEARCH · Engineering Papers
Results for “considerations”
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.
Preliminary considerations of optical telescopes for lunar surface use
Design considerations of astronomical telescopes for lunar surface observation
LUNAR SURFACE↗
Topological considerations and synthesis of linear networks by means of the method of structural numbers
Topological considerations and synthesis of linear networks by means of method of structural numbers
TOPOLOGY↗
Aerospace medical and bioengineering considerations in lifting-body and research- aircraft operations.
Aerospace medical and bioengineering considerations in M-2 lifting body research vehicle, discussing protective equipment, escape and medical monitoring systems
HUMAN ENGINEERING↗
Coupling considerations in two-electron spectra.
Two-electron spectra with consideration of four pure coupling types in study of energy level structure, relative line strengths and Lande g factors
ENERGY LEVEL↗
Energy considerations in the analysis of stability of non-conservative structural systems
Energy considerations in stability analysis of discrete linear structural systems under nonconservative forces
STRUCTURAL STABILITY↗
Design considerations for thermostatic fin spacecraft temperature control
Design considerations for thermostatic fin spacecraft temperature control
THERMOSTAT↗
Basic design considerations for a small scientific satellite
Scientific satellite design considerations for spacecraft itself, spacecraft/launch vehicle interface, and ground support equipment and transportation
SCIENTIFIC SATELLITE↗
Meteorological considerations in the handling of a mixture of liquid fluorine and liquid oxygen
Meteorological considerations in handling liquid fluorine and liquid oxygen mixture
METEOROLOGY↗
Viscoelasticity and Plasticity Considerations in the Fracture of Glasslike High Polymers
Viscoelasticity and plasticity considerations in fracture of glasslike high polymers
POLYMETHYL METHACRYLATE↗
Basic considerations for DC to DC conversion networks.
Basic considerations for DC to DC conversion networks, detailing relationship between characteristics of active resistor and maximum AC POWER generated by active element
POWER CONVERSION↗
Analysis of use of Jupiter gravity turns for tailoring trajectories to Saturn with consideration of launch opportunities
Use of Jupiter gravity turns for tailoring trajectories to Saturn with consideration of launch opportunities
SATURN /PLANET/↗
Design considerations for Surveyor guidance
Design considerations for midcourse guidance and terminal descent system of Surveyor lunar soft landing spacecraft
LUNAR LANDING↗
Theoretical considerations on the flow of blood through a capillary
Theoretical considerations on flow of blood through capillary
RHEOLOGY↗
Circuit considerations for dc to dc conversion above 10 KHZ
Circuit considerations for dc to dc conversion in high frequency range
DIRECT CURRENT /DC/↗
Considerations and philosophy of ground winds criteria formulation
Design and operational considerations in establishing ground winds criteria for aerospace vehicle developments
WIND EFFECT↗
Low cycle fatigue of notched specimens by consideration of crack initiation and propagation
Low cycle fatigue of notched steel and aluminum alloy specimens by consideration of crack initiation and propagation
FATIGUE↗
VII. Some structual and materials considerations for manned military aircraft
The design of lightweight, efficient structures is one of the fundamental requirements for achievement of high performance in military aircraft. In this paper some of the structural and materials considerations that are important to the strength, weight, and integrity of aircraft structures are reviewed. A comparison of some structural materials is made on the basis of weight-strength and tear resistance. In the area of structural design, the relative weights of several types of construction that are of current interest are reviewed and the influence of different materials and the effects of the related temperatures on structural weight are indicated. Lastly, other factors that are of importance in structural design of future aircraft are discussed. These include strength under nonuniform temperatures, creep, sonic fatigue, and panel flutter.
Structural material↗