The principal activity under the HOST effort to improve the state of the art in high temperature static strain measurement has been a contract under which a palladium-chromium (PdCr) alloy was developed. The contract effort is continuing with the goal of developing a thin film high temperature static strain gage system. In addition to this effort, researchers contracted with Battelle-Columbus Laboratories to draw the PdCr allow into wire while researchers at Lewis worked to gain experience with this alloy as a wire strain gage
Materials were evaluated that could be used in manufacturing electrical resistance strain gages for ...
A study was done on the electrical resistance of materials that are potentially useful as resistance...
The literature, applicable theory and finally an experimental program were used to identify new cand...
A temperature-compensated resistance static strain gage with potential to be used to 600 C was recen...
An electrical resistance strain gage that can provide accurate static strain measurement to a temper...
A temperature compensated static strain gage, which is fabricated from palladium-13w/o chromium (Pd1...
A newly developed alloy, palladium-13 weight percent chromium (Pd13Cr), was identified by United Tec...
Conventional resistance strain gage technology uses "bonded" strain gages. These foil or wire gages ...
A PdCr based electrical resistance strain gage was demonstrated in the laboratory to be a viable sen...
The objective of this program is to develop electrical resistance strain gages which will permit the...
A detailed experimental evaluation is underway at the NASA Lewis Research Center to compare and cont...
This report describes the development of a user friendly weldable strain gage employing the NASA Lew...
An experimental evaluation of Pd 13 percent Cr and of BCL-3 alloy wire strain gages was conducted on...
A Pd-13 wt. percent Cr solid solution is a promising high-temperature strain gage alloy. In bulk for...
An experimental evaluation was conducted at NASA Lewis Research Center to compare and contrast the p...
Materials were evaluated that could be used in manufacturing electrical resistance strain gages for ...
A study was done on the electrical resistance of materials that are potentially useful as resistance...
The literature, applicable theory and finally an experimental program were used to identify new cand...
A temperature-compensated resistance static strain gage with potential to be used to 600 C was recen...
An electrical resistance strain gage that can provide accurate static strain measurement to a temper...
A temperature compensated static strain gage, which is fabricated from palladium-13w/o chromium (Pd1...
A newly developed alloy, palladium-13 weight percent chromium (Pd13Cr), was identified by United Tec...
Conventional resistance strain gage technology uses "bonded" strain gages. These foil or wire gages ...
A PdCr based electrical resistance strain gage was demonstrated in the laboratory to be a viable sen...
The objective of this program is to develop electrical resistance strain gages which will permit the...
A detailed experimental evaluation is underway at the NASA Lewis Research Center to compare and cont...
This report describes the development of a user friendly weldable strain gage employing the NASA Lew...
An experimental evaluation of Pd 13 percent Cr and of BCL-3 alloy wire strain gages was conducted on...
A Pd-13 wt. percent Cr solid solution is a promising high-temperature strain gage alloy. In bulk for...
An experimental evaluation was conducted at NASA Lewis Research Center to compare and contrast the p...
Materials were evaluated that could be used in manufacturing electrical resistance strain gages for ...
A study was done on the electrical resistance of materials that are potentially useful as resistance...
The literature, applicable theory and finally an experimental program were used to identify new cand...