Sentence examples for mechanical testing with from inspiring English sources

The BME Laboratories are designed to integrate mechanical testing with experimental techniques from fundamental biology to clinical studies (including direct patient studies).

During testing, the UVE system performed well, with mean UVE-measured strain matching standard mechanical testing with maximum absolute errors ≤4%.

Using in situ SEM mechanical testing with a high stiffness device, we have been able to compress silica pillars to large strains while directly monitoring radial strain.

In order to overcome the limitations of standard mechanical tests delivering merely integral information about complicated samples, experiments were designed for step-wise mechanical testing with concurrent imaging of trabecular and cortical bone.

In the context of reconciling the mechanical properties of trabecular bone measured from in vitro mechanical testing with the true in situ behavior, recent attention has focused on the "side-artifact" which results from interruption of the trabecular network along the sides of machined specimens.

The densities of femoral bones were measured prior to mechanical testing with a water pycnometer.

The main issue of this paper is an attempt to predict the elastic properties of PVC/ABS/nano-CaCO3 polymer nanocomposites by coupling data of microstructure analysis and mechanical tests with a micro-mechanics analysis.

The coupling of mechanical tests with a morphological study allowed elucidation of the reinforcing mechanism of one of the nematogenic polymers and the explanation of the discontinuity in the rise of Young's modulus shown by these blends.

Mechanical tests with different numbers of layers are performed to show the accuracy of the method.

The purpose of present study was to develop a model to determine the UCS of natural building stones via relatively simple and low-cost mechanical tests with the application of artificial neural networks.

This paper is an attempt to predict the elastic properties of plain-weave continuous fiber-reinforced composites by coupling data of microstructure analysis and mechanical tests with a stochastic and multi-scale finite element analysis.