Add to ORKGThe problems of obtaining accurate strain data, providing reliable temperature control, and affording oxidation protection arise in the experimental determination of the elevated temperature creep properties of materials. The apparatus described in this paper provides an autographic strain record using commercially available equipment, reliable temperature control for both constant or programmed cyclic temperatures , and oxidation protection by means of specimen encapsulation
ABSTRACT The design and development of constant stress creep testing equipment has been undertaken i...
A completely automated data collection system was devised to measure, analyze, and graph creep versu...
The period covered by this report has been devoted to the design, construction development and cali...
The determination of mechanical properties of materials at elevated temperature presents difficultie...
A method is being developed to obtain creep data on foil gage metals at elevated temperatures using ...
An autographic extensometer for use at temperatures up to l000°C is described. Strain information is...
"Chemistry-General (UC-4) TID 4500, August 1, 1959.""October 1959.""Ames Laboratory at Iowa State Un...
The aim of this paper is to explain the process realized during the design and construction of a cre...
The special test equipment and procedures developed for the evaluation of ultrashort-Hme elevated-te...
A model for the creep of tantalum at elevated temperature has been presented in which the increase i...
The paper presents the development of a creep model applicable for the analysis of aluminium members...
Accurate measurements of creep strain are necessary to evaluate the condition and predict the remain...
THE demand for heat and creep resisting steels and other special alloys has immensely increased i...
Those features of the design of creep-testing equipment which are of importance in the control and e...
In order to meet the demands of industries and academic research, a cost effective temperature contr...
ABSTRACT The design and development of constant stress creep testing equipment has been undertaken i...
A completely automated data collection system was devised to measure, analyze, and graph creep versu...
The period covered by this report has been devoted to the design, construction development and cali...
The determination of mechanical properties of materials at elevated temperature presents difficultie...
A method is being developed to obtain creep data on foil gage metals at elevated temperatures using ...
An autographic extensometer for use at temperatures up to l000°C is described. Strain information is...
"Chemistry-General (UC-4) TID 4500, August 1, 1959.""October 1959.""Ames Laboratory at Iowa State Un...
The aim of this paper is to explain the process realized during the design and construction of a cre...
The special test equipment and procedures developed for the evaluation of ultrashort-Hme elevated-te...
A model for the creep of tantalum at elevated temperature has been presented in which the increase i...
The paper presents the development of a creep model applicable for the analysis of aluminium members...
Accurate measurements of creep strain are necessary to evaluate the condition and predict the remain...
THE demand for heat and creep resisting steels and other special alloys has immensely increased i...
Those features of the design of creep-testing equipment which are of importance in the control and e...
In order to meet the demands of industries and academic research, a cost effective temperature contr...
ABSTRACT The design and development of constant stress creep testing equipment has been undertaken i...
A completely automated data collection system was devised to measure, analyze, and graph creep versu...
The period covered by this report has been devoted to the design, construction development and cali...