Effect of commercial 2219 and 2014 aluminum weld metal compositions
Al weld metal compositions and hydrogen content effects on weld porosity, locating hydrogen in weld by radioactive tracers
Cheever, D. L.↗
Engineering topics
Cheever, D. L.
Publications and source records attributed to Cheever, D. L..
The feasibility of resistance welding in hard vacuum.
Vacuum effects on resistance spot welds in aluminum, stainless steel and titanium alloys, noting X ray and tensile shear test results
Cheever, D. L.↗
The feasibility of resistance welding in a hard vacuum.
Resistance spot welds in Al, Ti and stainless steel in air and hard vacuum, showing feasibility for space assembly
Cheever, D. L.↗
Welding of commercial base plates is investigated
Investigation of aluminum alloy welds reveals that the combinations of metallic elements with hydrogen are not capable of producing weld porosity themselves, rather they tend to increase the amount of porosity only in the presence of arc contamination by water vapor.
Cheever, D. L.↗
Feasibility study of resistance welding of aluminum alloys, stainless steel, and titanium in a hard vacuum Final report, Jun. 27, 1967 - Feb. 29, 1968
Tensile strength and X ray analysis of resistance spot welded aluminum and stainless steel alloys
Cheever, D. L.↗
Mechanical fastening of titanium and its alloys
Designing, forming, machining, and assembling for joining titanium and titanium alloys with mechanical fasteners
MACHINING↗
Welding-base metal investigation
Effects of factors associated with aluminum base plate and filler wire on occurrence of weld defects
FILLER↗
Welding-base metal investigation Final report, 27 Jun. 1964 - 28 Jul. 1965
Weld defects associated with aluminum alloys - monitoring weld shielding gas purity
SHIELDING↗