Add to ORKGHelium implantation of 50at.ppmHe by cyclotron accelerator was adopted to study helium effect on tensile properties of the V-5Ti-5Cr-1Si-Al-Y type alloy. Tensile tests were conducted at temperatures ranging from room temperature to 850℃ with strain rates from 6.7×10^ to 6.7×10^/s. Increase of yield stress was not appreciable in helium-implanted specimens except for 450℃. Intergranular fracture mode was observed specimens tested at temperatures above 450℃. Decrease of elongation was observed at all testing temperatures. Relationship between tensile strength and decrease of elongation was discussed
Experiments with low helium concentrations suggest that ferritic-martensitic steels are more resista...
One property of vanadium-base alloys that is not well understood in terms of their potential use as ...
Ti6Al4V specimens have been irradiated at different temperatures with 200 keV He ions. Micro hardnes...
From fifth symposium on engineering problems of fusion research; Princeton, New Jersey, USA (6 Nov 1...
The alloy V-15Cr-5Ti was cyclotron-implanted with 80 appM He and subsequently irradiated in the Expe...
Low activation 9%Cr martensitic steels EUROFER97, pure tantalum, and low carbon austenitic stainless...
The effects of helium (He) on mechanical properties of hot-rolled pure W were investigated using a h...
Tensile tests and microstructural examinations were performed on 100 $\mu$m thick specimens of 9Cr-1...
An experimental characterization was conducted of helium effects on the mechanical properties of a 9...
Helium was implanted at room temperature and at 1000degreesC into 3 x 3 mm(2) bars of a SiC/C partic...
The present work is a research of the effect of helium on the microstructure, mechanical properties ...
Helium and hydrogen synergy effect on irradiation hardening in V-4Cr-4Ti alloys was investigated. Th...
Reduced activation martensitic stainless steel EUROFER97 was homogeneously implanted at 250 degrees ...
Tensile tests and microstructural examinations were performed on 100 gm thick specimens of 9Cr-1Mo (...
The effect of degredation of the high temperature mechanical properties (tensile, creep, fatigue and...
Experiments with low helium concentrations suggest that ferritic-martensitic steels are more resista...
One property of vanadium-base alloys that is not well understood in terms of their potential use as ...
Ti6Al4V specimens have been irradiated at different temperatures with 200 keV He ions. Micro hardnes...
From fifth symposium on engineering problems of fusion research; Princeton, New Jersey, USA (6 Nov 1...
The alloy V-15Cr-5Ti was cyclotron-implanted with 80 appM He and subsequently irradiated in the Expe...
Low activation 9%Cr martensitic steels EUROFER97, pure tantalum, and low carbon austenitic stainless...
The effects of helium (He) on mechanical properties of hot-rolled pure W were investigated using a h...
Tensile tests and microstructural examinations were performed on 100 $\mu$m thick specimens of 9Cr-1...
An experimental characterization was conducted of helium effects on the mechanical properties of a 9...
Helium was implanted at room temperature and at 1000degreesC into 3 x 3 mm(2) bars of a SiC/C partic...
The present work is a research of the effect of helium on the microstructure, mechanical properties ...
Helium and hydrogen synergy effect on irradiation hardening in V-4Cr-4Ti alloys was investigated. Th...
Reduced activation martensitic stainless steel EUROFER97 was homogeneously implanted at 250 degrees ...
Tensile tests and microstructural examinations were performed on 100 gm thick specimens of 9Cr-1Mo (...
The effect of degredation of the high temperature mechanical properties (tensile, creep, fatigue and...
Experiments with low helium concentrations suggest that ferritic-martensitic steels are more resista...
One property of vanadium-base alloys that is not well understood in terms of their potential use as ...
Ti6Al4V specimens have been irradiated at different temperatures with 200 keV He ions. Micro hardnes...