A Study of the Results of Tests Investigating the Effect of Acceleration and Gas Composition on the Burning Rate of Spacecraft Materials
Effects of acceleration and gas composition on burning rate of spacecraft materials
Adelberg, M.↗
Engineering topics
Materials science
Explore NASA and DOE materials research. Search alloys, composites and material properties, then open the original technical report for test conditions and results.
The nondestructive evaluation of low density foam-aluminum composite materials
Low density foam and aluminum composite materials for cryogenic insulation
Bankston, B. F.↗
Investigation of char formation and surface recession of a composite ablation material with a silicone-resin base
Char formation and surface recession of composite ablation material with silicone resin base
Mc Lain, A. G.↗
An applications study of advanced composite materials to the C-130 center wing box
Applications of advanced composite materials to C-130 center wing box
Petit, P. H.↗
Alloys as bearing materials for total hip replacement
Friction, wear and surface evaluation of alloys as bearing materials in prosthetic devices
Johnson, R. L.↗
Effective thermal expansion coefficients and specific heats of composite materials
Composite materials macroscopic thermoelastic properties relationships to constituents properties, discussing effective thermal expansion coefficients and specific heats
Hashin, Z.↗
Applications of composite materials in space vehicle structures
Filamentary composite materials for space vehicles structural design, noting mass reduction, strength, foldability, formability, etc
Heldenfels, R. R.↗
Continuum theories for composite materials
Continuum mechanics application to elastic composite materials, investigating plane deformation of reinforced medium
Koh, S. L.↗
Investigation to determine the feasibility of employing laser beam holography for the detection and characterization of bond defects in composite material structures Final report
Determining feasibility of using laser beam holography for detection and characterization of bond defects in composite material structures
Aas, H. G.↗
Self-lubricating fluoride metal composite materials Patent
Self lubricating fluoride-metal composite materials for outer space applications
Sliney, H. E.↗
Refractory composite materials for spacecraft thrust chambers Final report, 23 Jul. 1968 - 22 Feb. 1970
Hot firing tests with FLOX/methane propellants for evaluating pyrolytic refractory composite materials for thrust chambers
Campbell, J. G.↗
The development of thermally stable adhesives for titanium alloy and boron composite structures
Developing thermally stable adhesives for bonding titanium alloy and boron composite substrates
Creedon, J. F.↗
The effect of composition on the mechanism of stress-corrosion cracking of titanium alloys in N2O4, and aqueous and hot-salt environments, part 2
Metal composition effects on stress corrosion cracking of titanium alloys in nitrogen tetroxide, water, and salt
Boyd, J. D.↗
Hard tissue as a composite material. I - Bounds on the elastic behavior
Elastic behavior of bone as two phase composite material, using ultrasonically measured hydroxyapatite moduli
Katz, J. L.↗
Composition gradients in Ni-Fe alloy films produced by vapor deposition from a tungsten boat
Ni-Fe alloy films composition gradients produced by W boats evaporation, noting vapor pressures effect
Carson, K. R.↗
Selection of an alloy composition in the ternary Co-Cr-Al system for oxidation resistance
Ternary Co-Cr-Al alloy oxidation resistant composition selection, using oxide maps superimposed on phase diagram
Hed, A. Z.↗
Graphite and boron-reinforced composite materials data summary
Data summary is collection of information on typical processing techniques. Mechanical properties, and physical properties of advanced composite materials which are being considered for structural applications on advanced space vehicles.
Source record↗
Application of composite materials to space shuttle tanks
Tanks are broken down into two categories: pressure vessels that carry primarily pressure loads, and structural tanks that carry structural loads such as thrust or bending in addition to pressure. A significant portion of the shuttle orbiter structure are tanks and in order to minimize both weight and cost growth on these shuttle tank structures, composite material tanks of both types are considered.
Faddoul, J. R.↗