High temperature electric resistance wire strain gages were developed and evaluated for use at temperatures exceeding 922 K (1200 F). A special high temperature strain gage alloy (Fe-25Cr-7.5A1), designated BCL-3, was used to fabricate the gages. Pertinent gage characteristics were determined at temperatures up to 1255 K (1800 F). The results of the evaluation were reported in graphical and tabular form. It was concluded that the gages will perform satisfactorily at temperatures to at least 1089 K (1500 F) for at least one hour
Conventional resistance strain gage technology uses "bonded" strain gages. These foil or wire gages ...
The objective was to study the electrical resistances of materials that are potentially useful as re...
A newly developed alloy, palladium-13 weight percent chromium (Pd13Cr), was identified by United Tec...
An experimental evaluation of Pd 13 percent Cr and of BCL-3 alloy wire strain gages was conducted on...
Test results on suitability of 15 alloys for use in strain gages at temperatures up to 1200 deg
A temperature-compensated resistance static strain gage with potential to be used to 600 C was recen...
The literature, applicable theory and finally an experimental program were used to identify new cand...
A detailed experimental evaluation is underway at the NASA Lewis Research Center to compare and cont...
Since 1987, a very substantial amount of R&D has been conducted in an attempt to develop reliable st...
A study was done on the electrical resistance of materials that are potentially useful as resistance...
An electrical resistance strain gage that can provide accurate static strain measurement to a temper...
Materials were evaluated that could be used in manufacturing electrical resistance strain gages for ...
A temperature compensated static strain gage, which is fabricated from palladium-13w/o chromium (Pd1...
This report describes Government Work Package Task 29 (GWP29), whose purpose was to develop advanced...
A weldable type strain gage was used to measure low level thermal stress in an elevated temperature ...
Conventional resistance strain gage technology uses "bonded" strain gages. These foil or wire gages ...
The objective was to study the electrical resistances of materials that are potentially useful as re...
A newly developed alloy, palladium-13 weight percent chromium (Pd13Cr), was identified by United Tec...
An experimental evaluation of Pd 13 percent Cr and of BCL-3 alloy wire strain gages was conducted on...
Test results on suitability of 15 alloys for use in strain gages at temperatures up to 1200 deg
A temperature-compensated resistance static strain gage with potential to be used to 600 C was recen...
The literature, applicable theory and finally an experimental program were used to identify new cand...
A detailed experimental evaluation is underway at the NASA Lewis Research Center to compare and cont...
Since 1987, a very substantial amount of R&D has been conducted in an attempt to develop reliable st...
A study was done on the electrical resistance of materials that are potentially useful as resistance...
An electrical resistance strain gage that can provide accurate static strain measurement to a temper...
Materials were evaluated that could be used in manufacturing electrical resistance strain gages for ...
A temperature compensated static strain gage, which is fabricated from palladium-13w/o chromium (Pd1...
This report describes Government Work Package Task 29 (GWP29), whose purpose was to develop advanced...
A weldable type strain gage was used to measure low level thermal stress in an elevated temperature ...
Conventional resistance strain gage technology uses "bonded" strain gages. These foil or wire gages ...
The objective was to study the electrical resistances of materials that are potentially useful as re...
A newly developed alloy, palladium-13 weight percent chromium (Pd13Cr), was identified by United Tec...