Sentence examples for effect of test parameters from inspiring English sources

Using these data, low cycle fatigue curves were generated under a range of test conditions showing the effect of test parameters on the Coffin Manson behavior of steel alloys.

The projectile velocity, impact angle, number of impacts, sample temperature, and prior ageing were used as variables in order to investigate the effect of test parameters on the impact behaviour of the samples.

Therefore, in this study, the effect of test parameters on the micro-abrasion behavior of CrN coating was investigated by the fixed-ball micro-scale abrasion test and modeled by response surface methodology.

In this chapter, some of the work on experimental evaluation and numerical modeling of the fatigue behavior of polymer matrix textile composites is presented, addressing the effect of test parameters such as frequency, max stress, and the nature of the cycles on the response of textile composites.

An instrumented falling weight machine was used to investigate the effects of test parameters on the impact response of low fibre-volume E-glass woven-roving reinforced polyester coupons.

Ball shear tests were investigated in terms of the effects of test parameters, i.e., shear height and shear speed, with an experimental and non-linear finite element analysis for evaluating the solder joint integrity of area array packages.

In addition, tests with varied impact conditions were conducted, and distinct results were obtained, revealing the effects of tests parameters.

The objective of this study was to examine the effects of testing parameters and formulation variables on the segregation tendency of pharmaceutical powders measured by the ASTM D 6940-04 segregatesterester using design of experiments (DOE) approaches.

From these factors, the size of the effect of the test parameters could be calculated, as shown in Tables 2 and 4. Table 2 shows the effect of the reaction factors on the mean response using the alkaline catalyst.

For more quantitative assessment of the effect of the test parameters, energy absorption capacities were compared.

To further examine the proposed procedure for capturing the effect of the test parameters on the shear capacity of the tested beams, the predictions were compared with the experimental ones with the variation of ρ, a v /d, and d in Figs. 11, 12, and 13, respectively.