1. 1. The apparent Young's modulus and elastic strain of commercial purity iron increased by 0.11% and 12.9%, respectively, during aging after severe charging. 2. 2. The increase of apparent Young's modulus of commercial purity iron during aging after charging was nearly equal to that after artificial partial stress relaxation. That is to say, hydrogen does not significantly change the Young's modulus associated with the interatomic cohesive force of commercial purity iron, even during aging after severe charging. © 1986
Hydrogen changes the mechanical properties of a wide range of materials, especially metallic surface...
Low alloy steels typically used for reactor pressure vessel (RPV) in light water reactors may underg...
Two different methods were used in the tests: the premature fracture method and the tensile test und...
The effect of absorbed hydrogen on Young’s modulus of cold-rolled low-carbon steel rod was investiga...
The modulus and internal friction of Armco iron were continuously measured during cathodic charging ...
In this paper, we investigate how two different microstructures in pure iron affect the dislocation ...
The effects of interstitial hydrogen on the elastic softening, the martensitic transformation and th...
189 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 1999.The cyclic stress strain beha...
The linearly increasing stress test (LIST), together with cathodic hydrogen charging, was used to st...
Advanced high strength steels (HSSs), such as dual phase steels, are widely used in the automotive i...
n ac d to and was d w lm. alloys ing d s is the of m gen ca aterial scapes chanic [17,18]. A displac...
The influence of hydrogen on the mechanical properties of four, medium-strength, commercial, quenche...
Tensile stress relaxation is combined with transmission electron microscopy to reveal dramatic chang...
In-situ tensile testing of electrochemically hydrogen charged 304L stainless steel at different cros...
The ferritic nodular cast iron grade EN-GJS-400-15 intended for use as the load-bearing part of cani...
Hydrogen changes the mechanical properties of a wide range of materials, especially metallic surface...
Low alloy steels typically used for reactor pressure vessel (RPV) in light water reactors may underg...
Two different methods were used in the tests: the premature fracture method and the tensile test und...
The effect of absorbed hydrogen on Young’s modulus of cold-rolled low-carbon steel rod was investiga...
The modulus and internal friction of Armco iron were continuously measured during cathodic charging ...
In this paper, we investigate how two different microstructures in pure iron affect the dislocation ...
The effects of interstitial hydrogen on the elastic softening, the martensitic transformation and th...
189 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 1999.The cyclic stress strain beha...
The linearly increasing stress test (LIST), together with cathodic hydrogen charging, was used to st...
Advanced high strength steels (HSSs), such as dual phase steels, are widely used in the automotive i...
n ac d to and was d w lm. alloys ing d s is the of m gen ca aterial scapes chanic [17,18]. A displac...
The influence of hydrogen on the mechanical properties of four, medium-strength, commercial, quenche...
Tensile stress relaxation is combined with transmission electron microscopy to reveal dramatic chang...
In-situ tensile testing of electrochemically hydrogen charged 304L stainless steel at different cros...
The ferritic nodular cast iron grade EN-GJS-400-15 intended for use as the load-bearing part of cani...
Hydrogen changes the mechanical properties of a wide range of materials, especially metallic surface...
Low alloy steels typically used for reactor pressure vessel (RPV) in light water reactors may underg...
Two different methods were used in the tests: the premature fracture method and the tensile test und...