Effect of ductile cladding on the bend transition temperature of wrought tungsten
Effect of ductile cladding on bend transition temperature of wrought tungsten
CLADDING↗
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Heat treatment procedure to increase ductility of degraded nickel alloy
Tests demonstrate the room temperature ductility of degraded Rene 41 can be increased to acceptable values by solution heat treatment at a temperature of 2050 degrees to 2150 degrees F /1 to 2 hours/ and cooling through a controlled temperature range followed by normal aging in air /16 hours at 1400 degrees F/.
Prager, M.↗
Investigation of the reinforcement of ductile metals withstrong, high modulus discontinuous, brittle fibers Final report
Reinforcing aluminum, aluminum alloys, and ductile epoxies with short, brittle fibers and high modulus filaments, and boron carbide whisker growth
Berry, J. M.↗
Ductility mechanisms and superplasticity in chromium alloys
Chromium alloys with good low temperature ductility and superplasticity
Klopp, W. D.↗
Investigation of the reinforcement of ductile metals with strong, high modulus discontinuous, brittle fibers
Boron carbide whiskers for reinforcing brittle fibers of aluminum, aluminum alloys, or ductile epoxies
Berry, J. M.↗
The role of chemical reactions in the mechanism of comminution of ductile metals into ultrafine powders by grinding
Role of chemical reactions in comminution mechanism of ductile metals into ultrafine powders by grinding
Arias, A.↗
Structural ductility of high strength titanium alloys.
Ductility ratio data for high strength titanium alloys from specially designed experiments and notch strength tests
Papirno, R.↗
Enhanced ductility in binary chromium alloys.
Reduction of ductile-to-brittle transition temperature for unalloyed chromium achieved in alloys resembling Cr-Re system
Klopp, W. D.↗
Retention of ductility in high-strength steels
To produce high strength alloy steel with retention of ductility, include tempering, cooling and subsequent tempering. Five parameters for optimum results are pretempering temperature, amount of strain, strain rate, temperature during strain, and retempering temperature.
Parker, E. R.↗
Development of a ductile columbium alloy rocket engine combustion chamber
Development and testing of ductile niobium alloy with silicide coating for rocket engine combustion chamber
Ritchie, E.↗
Review of ductilizing of group 6A elements by rhenium and other solutes
Ductilizing of Group 6A elements by rhenium and other solutes
Klopp, W. D.↗
Investigation of the reinforcement of ductile metals with strong, high modulus, discontinuous, brittle fibers Final report, 1 Nov. 1967 - 31 Oct. 1968
Reinforcement of ductile aluminum and epoxies with brittle high modulus filaments
Berry, J. M.↗
Development of ductile claddings for dispersion-strengthened nickel-base alloys Final report
Development of ductile oxidation-resistant cladding alloys for thoria dispersion, strengthened nickel and nickel-chromium
Hill, V. L.↗
Chemical reactions of ductile metals during comminution.
Ductile metal powder chemical reactions during comminution in pure or oxygenated water
Arias, A.↗
Experimental and analytical investigation of the ductile fracture of polymers Quarterly status report
Ductile fracture of polymers under stresses
Brinson, H. F.↗
Effect of reactor irradiation on ductile- brittle transition and stress-strain behavior of tungsten
Reactor irradiation effects on ductile brittle transition and stress-strain behavior of tungsten
Wrights, G. N.↗
An experimental and analytical investigation of the ductile fracture of polymers
Analytical and experimental investigation of ductile fracture of polymers using adaptation of Dugdale model
Brinson, H. F.↗
The ductile fracture of anisotropic materials - A theoretical and experimental evaluation of the Dugdale model applied to anisotropic materials
Anisotropic materials ductile fracture involving crack initation and propagation, using Dugdale mathematical model
Brinson, H. F.↗