Zr705 and Nb7.5Ta have been tested for evaluation of their metallurgical and corrosion properties for applications in nuclear hydrogen generation using an S-I cycle based on the HIx decomposition process. The results of tensile testing involving both alloys indicate that the tensile strength was gradually reduced with increasing temperature, as expected. Further, the ductility for both alloys was reduced at some critical temperatures, possibly due to the dynamic strain-aging effect. Zr705 did not exhibit cracking in acidic aqueous solutions, both under constant-load and self-loaded conditions. The stress-corrosion-cracking (SCC) tests of Zr705 in an acidic solution showed reduced true failure stress but enhanced ductility at elevated temper...
This investigation was focused on characterizing the high-temperature tensile behavior and corrosion...
This thesis presents the results of tensile testing, stress corrosion cracking (SCC) and localized c...
Austenitic Alloy C-22 has been tested for evaluation of its tensile and corrosion properties under c...
Generation of hydrogen as an alternate source of energy using nuclear power is creating significant ...
Zr705 has been evaluated for its metallurgical and corrosion properties for application in nuclear h...
Generation of hydrogen as an alternate source of energy using nuclear power is creating significant ...
Zr705 has been evaluated for its metallurgical and corrosion properties for application in nuclear h...
Nb7.5Ta, a candidate refractory material for use in the HI, decomposition process, has been tested f...
Tensile testing involving Alloy C-22 and Nb1Zr exhibited reduced strength with increasing temperatur...
This investigation was focused on characterizing the high-temperature tensile behavior and corrosion...
Alloy 800H, a candidate structural material for heat-exchangers to be used in nuclear hydrogen gener...
The structural materials for high-temperature-heat-exchangers (HTHX) to generate hydrogen using nucl...
The structural materials for high-temperature-heat-exchangers (HTHX) to generate hydrogen using nucl...
This investigation is focused on the evaluation of stress corrosion cracking (SCC), localized corros...
This investigation is focused on the evaluation of stress corrosion cracking (SCC), hydrogen embritt...
This investigation was focused on characterizing the high-temperature tensile behavior and corrosion...
This thesis presents the results of tensile testing, stress corrosion cracking (SCC) and localized c...
Austenitic Alloy C-22 has been tested for evaluation of its tensile and corrosion properties under c...
Generation of hydrogen as an alternate source of energy using nuclear power is creating significant ...
Zr705 has been evaluated for its metallurgical and corrosion properties for application in nuclear h...
Generation of hydrogen as an alternate source of energy using nuclear power is creating significant ...
Zr705 has been evaluated for its metallurgical and corrosion properties for application in nuclear h...
Nb7.5Ta, a candidate refractory material for use in the HI, decomposition process, has been tested f...
Tensile testing involving Alloy C-22 and Nb1Zr exhibited reduced strength with increasing temperatur...
This investigation was focused on characterizing the high-temperature tensile behavior and corrosion...
Alloy 800H, a candidate structural material for heat-exchangers to be used in nuclear hydrogen gener...
The structural materials for high-temperature-heat-exchangers (HTHX) to generate hydrogen using nucl...
The structural materials for high-temperature-heat-exchangers (HTHX) to generate hydrogen using nucl...
This investigation is focused on the evaluation of stress corrosion cracking (SCC), localized corros...
This investigation is focused on the evaluation of stress corrosion cracking (SCC), hydrogen embritt...
This investigation was focused on characterizing the high-temperature tensile behavior and corrosion...
This thesis presents the results of tensile testing, stress corrosion cracking (SCC) and localized c...
Austenitic Alloy C-22 has been tested for evaluation of its tensile and corrosion properties under c...