Method for determining failure potential of pressure vessels
Method provides quantitative estimation of critical vessel wall and crack parameters that must not be exceeded to ensure against failure of pressurized vessels.
Rawe, R. A.↗
Engineering topics
Rawe, R. A.
Publications and source records attributed to Rawe, R. A..
A biaxial weld strength prediction method
Method is given for design of structures which are subjected to multi-axial loading due to internal pressure. The biaxial strength of a structure can be predicted by modifying the uniaxial formula.
Rawe, R. A.↗
Biaxial strength of MIG-welded and TIG- welded 2014-T6 at 70 deg, -320 deg and -423 F
Tests to develop biaxial strength allowables for MIG and TIG welds in aluminum alloys
Rawe, R. A.↗
A parametric relationship between fatigue life, cyclic stress, and crack length in flat panels and cylinders.
Parametric relationship between fatigue life, cyclic stress and crack length to investigate plane stress crack propagation of Ti-Al thin sheet alloys
Eitman, D. A.↗
Sustained-load tests of partially cracked 0.220-in. solution-treated and aged Ti-6Al-4V
Load and fatigue tests on titanium aluminum vanadium alloy sheet metal
FATIGUE TEST↗
Plane stress cyclic flaw growth of 2219-T87 aluminum and 5A1-2.5 Sn ELI titanium alloys at room and cryogenic temperatures Final report, 1 Jul. 1964 - 1 May 1966
Plane stress crack propagation of aluminum and titanium alloys at cryogenic temperatures
STRESS↗