Microstructural examinations have been performed on irradiation-creep and thermal-creep pressurized tube specimens of V–3Fe–4Ti–0.1Si in order to understand failure and creep mechanisms. There are no typical microstructural differences between unstressed and pressurized creep tube specimens irradiated in ATR-A1 in the irradiation temperature regime from 212 to 300 ℃. Failed thermal creep specimens show dislocation structures dependent on the tube specimen geometry. This can be interpreted in terms of a large number of slip dislocations oriented for optimum slip
International audienceTwo Oxide Dispersion Strengthened (ODS) steel tubes, obtained by means of hot ...
International audienceTransmission electron microscopy (TEM) experiments combining conventional and ...
Study of microstructure transformation and microhardness changes of dispersion-hardened V–Cr–Zr–W al...
A study of irradiation creep in vanadium-base alloys is underway with experiments in the Advanced Te...
We are undertaking a systematic study at Argonne National Laboratory to evaluate the uniaxial creep ...
Abstract We are undertaking a systematic study at Argonne National Laboratory to evaluate the uniaxi...
International audienceIrradiation creep was investigated in different austenitic steels. Pressurized...
International audienceASTRID is a fast-reactor prototype for the 4th generation of nuclear power pla...
The swelling of a series of V-Fe alloys has been studied after irradiation at 700℃ in JMTR. The allo...
Pressurized thermal creep tubes of highly purified V-4Cr-4Ti, the NIFS-Heat2 alloy have been examine...
Microstructural examination results are reported for two heats of V-(4-5%) Cr-(4-5%)Ti irradiated in...
Uniaxial thermal creep rupture properties of 20% cold worked alloy D9 stainless steel (alloy D9 SS) ...
In the present study, the relationship between heat treatment, grain size, and the creep rupture pro...
SEcond editionInternational audienceA knowledge of the dimensional stability of reactor structural c...
A fabrication process for pressurized creep tubes (PCTs) for a highly purified V–4Cr–4Ti alloy, NIFS...
International audienceTwo Oxide Dispersion Strengthened (ODS) steel tubes, obtained by means of hot ...
International audienceTransmission electron microscopy (TEM) experiments combining conventional and ...
Study of microstructure transformation and microhardness changes of dispersion-hardened V–Cr–Zr–W al...
A study of irradiation creep in vanadium-base alloys is underway with experiments in the Advanced Te...
We are undertaking a systematic study at Argonne National Laboratory to evaluate the uniaxial creep ...
Abstract We are undertaking a systematic study at Argonne National Laboratory to evaluate the uniaxi...
International audienceIrradiation creep was investigated in different austenitic steels. Pressurized...
International audienceASTRID is a fast-reactor prototype for the 4th generation of nuclear power pla...
The swelling of a series of V-Fe alloys has been studied after irradiation at 700℃ in JMTR. The allo...
Pressurized thermal creep tubes of highly purified V-4Cr-4Ti, the NIFS-Heat2 alloy have been examine...
Microstructural examination results are reported for two heats of V-(4-5%) Cr-(4-5%)Ti irradiated in...
Uniaxial thermal creep rupture properties of 20% cold worked alloy D9 stainless steel (alloy D9 SS) ...
In the present study, the relationship between heat treatment, grain size, and the creep rupture pro...
SEcond editionInternational audienceA knowledge of the dimensional stability of reactor structural c...
A fabrication process for pressurized creep tubes (PCTs) for a highly purified V–4Cr–4Ti alloy, NIFS...
International audienceTwo Oxide Dispersion Strengthened (ODS) steel tubes, obtained by means of hot ...
International audienceTransmission electron microscopy (TEM) experiments combining conventional and ...
Study of microstructure transformation and microhardness changes of dispersion-hardened V–Cr–Zr–W al...