Sentence examples for measurement of material from inspiring English sources
Measurement of material elastic constants for limited-size samples by ultrasonic method is described and validated.
Analytical improvements and their comparison with experimental findings on measurement of material properties of tubes under hydraulic bulging conditions are explained.
Determination of fatigue limit under uniaxial tests based on the experimental measurement of material thermal increments (typically by means of infrared cameras) is well documented in the literature.
The theoretical results set guidelines not only for the design of high-performance surface acoustic wave (SAW) devices using the FGPM buffer layer, but also for the measurement of material properties in such FGPM layered structures using Love waves.
The obtained results set guidelines not only for the design of high-performance surface acoustic wave (SAW) devices, but also for the measurement of material properties in a functionally graded piezoelectric layered system using Love waves.
The experimental results show this ultrasonic system can be used for measurement of material elastic constants for limited-size samples with high measurement precision, and the relative errors for Poisson's ratio and Young's module measurements are, respectively, less than 1% and 3%.
The analysis of extraterrestrial materials allows measurement of materials that cannot be synthesized in the laboratory.
Data of interest can be selected and downloaded, together with associated measurements of material properties.
Measurements of material properties, residual stress and initial geometric imperfection have been also conducted.
Further, non-destructive measurements of material properties can enable in situ and high-throughput monitoring for applications including modulating cellular interactions.
We report here measurements of material wettability, advancing and receding contact angles, and gas bubble formation to describe multiphase transport processes relevant to DAFCs.
