Effect of orientation on ductile to brittle transition of tungsten single crystals
Ductile-brittle transition behavior of zone refined tungsten single crystals as function of orientation
DUCTILITY↗
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Ductility and strength of dilute tungsten- rhenium alloys.
Dilute tungsten rhenium alloys, determining ductility parameters, fabrication, tensile properties and creep behavior
TUNGSTEN ALLOY↗
The effect of cooling rate on the ductile- brittle bend-transition temperature of chromium wire.
Quenching and slow-cooling effects on ductile- brittle bend-transition temperature of chromium wire
CHROMIUM↗
Ductility of cross-rolled beryllium sheet - Barrier or challenge.
Ductility and production techniques of cross rolled beryllium sheet
BERYLLIUM↗
Improvement of Creep Strength and Low-temperature Ductility of Refractory Metals by Means of Mechanical Twinning Final Report
Mechanical twinning for improving creep strength and low temperature ductility of refractory metals
DUCTILITY↗
The effect of quenching on the ductile-brittle bend-transition temperature of chromium wire
Effect of quenching on ductile-brittle bend transition temperature of chromium wire
QUENCHING↗
Structural measures of ductility for titanium alloy Ti-6Al-4V and 18 percent nickel maraging steel /250/ Final technical report
Structural ductility for titanium alloy and maraging steel
MARAGING STEEL↗
Superplasticity and low-temperature ductility in a Cr-30 at. pct Co alloy.
Superplastic effect in cr-30 at. pct Co alloy, noting low temperature bend ductility in quenched metastable single phased and near equilibrium conditions
MECHANICAL PROPERTY↗
On the mechanism of ductile bending in ionic crystals
Ductile bending in face centered cubic ionic single crystals
FACE CENTERED CUBIC /FCC/ CRYSTAL↗
The Effect of Cooling Rate on the Ductile- Brittle Bend-transition Temperature of Chromium Wire
Effect of cooling rate on ductile-brittle bend-transition temperature of chromium wire
MECHANICAL PROPERTY↗
Aluminide-ductile binder composite alloys.
Aluminide-ductile binder composite alloys containing high volume of nickel-aluminum compounds and CoAl prepared by powder blending and hot extrusion
ALUMINUM COMPOUND↗
High-strength tungsten alloy with improved ductility
Alloy combines superior strength at elevated temperatures with improved ductility at lower temperatures relative to unalloyed tungsten. Composed of tungsten, rhenium, hafnium, and carbon, the alloy is prepared by consumable electrode vacuum arc-melting and can be fabricated into rod, plate, and sheet.
Klopp, W. D.↗
The effect of quenching on the ductile-brittle bend-transition temperature of Cr-35Re wire
Effect of quenching on ductile-brittle bend transition temperature of Cr-35Re wire
WIRE↗
Effect of ductile cladding on the bend transition temperature of wrought tungsten
Effect of ductile cladding on bend transition temperature of wrought tungsten
CLADDING↗
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.↗