Add to ORKGThis review discusses the status of strain sensing technology for high temperature applications. Tec...
The design, construction, and properties of an electrical-resistance strain gage consisting of fine ...
Strain gage apparent strain (thermal output) is one of the largest sources of error associated with ...
The literature, applicable theory and finally an experimental program were used to identify new cand...
The objective of this program is to develop electrical resistance strain gages which will permit the...
Materials were evaluated that could be used in manufacturing electrical resistance strain gages for ...
An experimental evaluation of Pd 13 percent Cr and of BCL-3 alloy wire strain gages was conducted on...
A study was done on the electrical resistance of materials that are potentially useful as resistance...
Since 1987, a very substantial amount of R&D has been conducted in an attempt to develop reliable st...
This report describes Government Work Package Task 29 (GWP29), whose purpose was to develop advanced...
Results are presented for the first two tasks to develop resistive strain gage systems for use up to...
High temperature electric resistance wire strain gages were developed and evaluated for use at tempe...
Gauges fabricated from specially developed Fe-Cr-Al-V-Ti-Y alloy wire in the Republic of China were ...
Electrical-resistance strain gauges - high strain response, hysteresis, strain sensitivity, creep, z...
An experimental evaluation was conducted at NASA Lewis Research Center to compare and contrast the p...
This review discusses the status of strain sensing technology for high temperature applications. Tec...
The design, construction, and properties of an electrical-resistance strain gage consisting of fine ...
Strain gage apparent strain (thermal output) is one of the largest sources of error associated with ...
The literature, applicable theory and finally an experimental program were used to identify new cand...
The objective of this program is to develop electrical resistance strain gages which will permit the...
Materials were evaluated that could be used in manufacturing electrical resistance strain gages for ...
An experimental evaluation of Pd 13 percent Cr and of BCL-3 alloy wire strain gages was conducted on...
A study was done on the electrical resistance of materials that are potentially useful as resistance...
Since 1987, a very substantial amount of R&D has been conducted in an attempt to develop reliable st...
This report describes Government Work Package Task 29 (GWP29), whose purpose was to develop advanced...
Results are presented for the first two tasks to develop resistive strain gage systems for use up to...
High temperature electric resistance wire strain gages were developed and evaluated for use at tempe...
Gauges fabricated from specially developed Fe-Cr-Al-V-Ti-Y alloy wire in the Republic of China were ...
Electrical-resistance strain gauges - high strain response, hysteresis, strain sensitivity, creep, z...
An experimental evaluation was conducted at NASA Lewis Research Center to compare and contrast the p...
This review discusses the status of strain sensing technology for high temperature applications. Tec...
The design, construction, and properties of an electrical-resistance strain gage consisting of fine ...
Strain gage apparent strain (thermal output) is one of the largest sources of error associated with ...