Creeping flow solution of Leidenfrost boiling with a moving surface.
Creeping flow model of Leidenfrost boiling with moving surface, discussing vaporization time for equivalent drop film boiling on stationary surface
Baumeister, K. J.↗
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Results for “CREEP”
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.
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Creep of powder metallurgy rhenium at 0.43 to 0.72 T sub m.
Creep rate-stress-temperature relations for powder metallurgy rhenium, discussing activation energy
Raffo, P. L.↗
Effect of cracks on creep rate. II.
Computed and experimental displacement distribution curves compared for anisotropic material concerning creep rate enhancement by small cracks
Green, W. V.↗
Tensile creep-rate of pyrolytic carbon
Stress-change technique, combined with a graphical-interpolation analysis, yields data on the stress and temperature dependence of the creep rate over broad strain and stress or temperature ranges on as-deposited, substrate-nucleated, pyrolytic carbon.
Fischbach, D. B.↗
Generation of long time creep data on refractory alloys at elevated temperatures Quarterly report, 14 Dec. 1967 - 27 Mar. 1968
Creep analysis of refractory metal alloys at high temperatures under ultrahigh vacuum conditions
Sheffler, K. D.↗
Radiation from slots on cylindrical bodies using geometrical theory of diffraction and creeping wave theory
Wedge diffraction and creeping wave theory for computing radiation patterns of slots on cylindrical bodies
Balanis, C. A.↗
Long time creep behavior of tantalum-10 tungsten in high vacuum
Long time creep behavior of tantalum-10 tungsten in high vacuum
Klopp, W. D.↗
Fatigue damage under creep effect
Creep rupture effect on fatigue damage of structural material, constructing nondimensional stress range diagrams
Shewchuk, J.↗
A study of low-frequency creep in Bloch-wall Permalloy films
LF creep characteristics in Block-wall Permalloy films, using high resolution Bitter pattern technique
Bourne, H. C., Jr.↗
Influence of temperature on reversed creep
Creep deformation resistance decrease in pure Al tubular specimens at high temperatures under multiple stress reversals
Jaske, C. E.↗
High-temperature creep of NaCl-KCl solid- solution alloys
Polycrystalline NaCl-KCl solid solution alloy, considering high temperature creep under constant compression stress
Cannon, W. R.↗
A linear compressibility assumption for the multiple integral representation of nonlinear creep of polyurethane
Linear compressibility assumption incorporated into third order multiple integral representation of nonlinear creep of polyurethane, reducing time independent kernel functions
Findley, W. N.↗
Creep of dispersion-strengthened nickel- chromium alloys
Dispersion strengthened Ni-Cr alloys creep properties, investigating temperature, applied stress and thorium dioxide particles effects
Clauer, A. H.↗
Instrument for measuring torsional creep and recovery Patent
Measuring shear-creep compliance of solid and liquid materials used in spacecraft components
Plazek, D. J.↗
Experimental biaxial creep data for tantalum, molybdenum, and alloys T-111, TZM, and TZC
Experimental biaxial steady-state creep data for tantalum and molybdenum alloys
Maag, W. L.↗
Generation of long time creep data on refractory alloys at elevated temperatures Quarterly report, 20 Jun. - 18 Sep. 1969
Refractory alloy creep test data for molybdenum base alloy TZM, pure tantalum, and tantalum base alloys T-111 and ASTAR-811C at elevated temperatures in ultrahigh vacuum
Sheffler, K. D.↗
A specialized model for analysis of creep rupture data by the minimum commitment, station-function approach
Specialized model for analysis of creep-rupture data by minimum commitment, station function approach with general time-temperature-stress relation to include all commonly used parameters
Ensign, C. R.↗
Creep of AU-4G1 aluminum alloy under incremental variation in stress Final report
Linear viscoelastic analysis of incremental load test data on AU-4G1 aluminum alloy sheet subjected to tensile creep at 473 deg K
Berkovits, A.↗