Series of measurements on the thermal expansion coefficients of several aerospace alloys and standard materials establish relationships between related alloys that would aid in predicting their thermal expansion reliability. Thermal expansion data are also necessary for the reduction of electrical resistivity measurements of those same materials
Determination of thermal conductivity, electrical resistivity, Lorentz ratio, and thermopower for an...
The coefficient of thermal expansion (CTE) of nickel-based superalloys and bond coat layers was mode...
Five handbooks have been prepared which describe up-to-date properties of the following wrought-alum...
Accurately predicting the coefficient of thermal expansion for many aerospace components is crit...
Accurately predicting the coefficient of thermal expansion for many aerospace components is crit...
Apparatus to determine linear thermal expansion in structural metals and plastics from cryogenic to ...
A dilatometer of exceptionally high sensitivity has been developed and used to measure the thermal e...
Thermal Expansion is a material property that must be accounted for when designing objects where the...
Measurement apparatus for broad thermal conductivity testing of aerospace alloys used in low tempera...
This engineering note is a summary of test information and conclusions from the thermal expansion te...
For space and terrestrial applications dimensionally highly stable materials are needed, e.g. to en...
Low temperature mechanical properties of various alloys of high strength and corrosion resistan
Tests demonstrate the room temperature ductility of degraded Rene 41 can be increased to acceptable ...
A summary of the materials property information on aluminum alloy 7075 is presented. The scope of th...
The thermal expansion coefficient, α, was measured over the range from 800℃ to room temperature for ...
Determination of thermal conductivity, electrical resistivity, Lorentz ratio, and thermopower for an...
The coefficient of thermal expansion (CTE) of nickel-based superalloys and bond coat layers was mode...
Five handbooks have been prepared which describe up-to-date properties of the following wrought-alum...
Accurately predicting the coefficient of thermal expansion for many aerospace components is crit...
Accurately predicting the coefficient of thermal expansion for many aerospace components is crit...
Apparatus to determine linear thermal expansion in structural metals and plastics from cryogenic to ...
A dilatometer of exceptionally high sensitivity has been developed and used to measure the thermal e...
Thermal Expansion is a material property that must be accounted for when designing objects where the...
Measurement apparatus for broad thermal conductivity testing of aerospace alloys used in low tempera...
This engineering note is a summary of test information and conclusions from the thermal expansion te...
For space and terrestrial applications dimensionally highly stable materials are needed, e.g. to en...
Low temperature mechanical properties of various alloys of high strength and corrosion resistan
Tests demonstrate the room temperature ductility of degraded Rene 41 can be increased to acceptable ...
A summary of the materials property information on aluminum alloy 7075 is presented. The scope of th...
The thermal expansion coefficient, α, was measured over the range from 800℃ to room temperature for ...
Determination of thermal conductivity, electrical resistivity, Lorentz ratio, and thermopower for an...
The coefficient of thermal expansion (CTE) of nickel-based superalloys and bond coat layers was mode...
Five handbooks have been prepared which describe up-to-date properties of the following wrought-alum...