A portable device for calibrating dynamic strain gages is described. The device contains a motor-driven cam, which applies alternating tensile loads to a metal strip 5/8 inch wide and 6 1/4 inches long. The cam is designed to produce a nearly sinusoidal variation of strain with time. Dynamic strain gages with gage lengths up to 5 inches may be calibrated by mounting them on the strip and by changing the frequency and the amplitude of the tensile load. The frequency may be varied from 15 to 30 cycles per second and the strain amplitude from 0 to 10x10-4 in steps of 2x10-4
The purpose of calibration stress meter is to determine what strain σ or elongation of the scale cor...
AbstractDynamic measurements on bicycles are implemented for assessing the vibration comfort of the ...
A new method of applying a dynamic load directly to a tensile specimen was developed. By combining t...
The design, construction, and properties of an electrical-resistance strain gage consisting of fine ...
The note describe a portable transistorized single channel strain indicator developed to measure sta...
A general method has been developed for calibrating strain-gage installations in aircraft structures...
Test equipment is described that includes a system of three quartz indicators whereby three differen...
Strain gages are widely used not only for strain measurement but also in various types of sensors wh...
High-deflection strain gauges show potential as economical and user-friendly sensors for capturing l...
A general method has been developed for calibrating strain-gage installations in aircraft structures...
The Florida Technological University four-component strain-gage balance is an internally mounted, ha...
This book is a profound compendium on strain gages and their application in materials science and al...
Calibration of displacement and strain measurement systems is an essential step ...
An experimental study is conducted to show the application of strain gages in studies of dynamic fra...
Unique strain gage based methods were developed to identify magnitudes and locations of loads on a n...
The purpose of calibration stress meter is to determine what strain σ or elongation of the scale cor...
AbstractDynamic measurements on bicycles are implemented for assessing the vibration comfort of the ...
A new method of applying a dynamic load directly to a tensile specimen was developed. By combining t...
The design, construction, and properties of an electrical-resistance strain gage consisting of fine ...
The note describe a portable transistorized single channel strain indicator developed to measure sta...
A general method has been developed for calibrating strain-gage installations in aircraft structures...
Test equipment is described that includes a system of three quartz indicators whereby three differen...
Strain gages are widely used not only for strain measurement but also in various types of sensors wh...
High-deflection strain gauges show potential as economical and user-friendly sensors for capturing l...
A general method has been developed for calibrating strain-gage installations in aircraft structures...
The Florida Technological University four-component strain-gage balance is an internally mounted, ha...
This book is a profound compendium on strain gages and their application in materials science and al...
Calibration of displacement and strain measurement systems is an essential step ...
An experimental study is conducted to show the application of strain gages in studies of dynamic fra...
Unique strain gage based methods were developed to identify magnitudes and locations of loads on a n...
The purpose of calibration stress meter is to determine what strain σ or elongation of the scale cor...
AbstractDynamic measurements on bicycles are implemented for assessing the vibration comfort of the ...
A new method of applying a dynamic load directly to a tensile specimen was developed. By combining t...