This transducer is based on strain-gauges techniques and designed to measure both small and large forces accurately (range 0.7 60 N) as well as fast force fluctuations.
Systematic, random and total errors are evaluated in measurements by conventional accelerometers and by proposed strain gauge techniques.
Photoelasticity and strain gauge techniques are the only experimental techniques that are suggested to measure the mesh stiffness of cracked spur gear pairs in the literature.
An analysis of practical limitations of gauge techniques is carried out, enabling the selection of acceptable measurement parameters to be done.
In measuring the thermal expansion coefficient of a low expansion nickel alloy block, data are in good agreement between the tests by using the athermal FBG and resistance strain gauge techniques.
Either anterior or posterior vitrectomy procedures were performed with 20–, 23-, or 25-gauge techniques for different associated anterior or posterior segment indications.
Additionally, power consumption was measured by a strain gauge technique for quantifying energy requirements.
The strain gauge technique was used to monitor subcritical propagation of cracks.
Stress intensity factor (SIF) has been calculated by strain gauge technique for calculating the stiffness of cracked pinion tooth.
The results of a numerical analysis carried out using the three-dimensional finite element method and those of an experimental study using the strain gauge technique were compared.
Stresses in the shell and bottom of a large-scale oil storage tank are measured by a resistance strain gauge technique.
