Sentence examples for specimen with experimental from inspiring English sources

The result of the calibration process was verified through FE simulation of a comparison of each specimen with experimental data.

Open image in new window Fig. 7 Validation of FE dog-bone specimens with experimental results: a brick plain concrete and b brick SFRC with enlarged end fibers Open image in new window Fig. 8 Validation of FE dog-bone specimens with experimental results: a stone plain concrete and b stone SFRC with enlarged end fibers Open image in new window Fig. 9 Deformed shapes.

The low velocity impact tests were also simulated with the help of finite element analysis (FEA) techniques of ABAQUS® software in order to predict and compare the crashworthiness of each category of specimen model with experimental results.

This paper developed a novel vertically loaded wheel tester which can uniquely evaluate the rutting potential and friction resistance of eight multi-layer specimens with one experimental set-up.

The predicted fatigue life and crack initiation position for CT scanned specimens were compared with experimental results.

The simulated results were further verified by comparing specimen deformation and temperature evolution with experimental results.

Finite element results proved that predicted values of strength capacity of all specimens were in close agreement with experimental values.

If a critical amount of hydrogen is required for hydrogen induced crack initiation, the present results predict locations of crack initiation sites at steel bend specimens which are in agreement with experimental observations on the occurrence of the first microcracking event.

Comparisons with experimental results on specimens with different flange angles, root radii and notch depths are reported.

However, most fatigue models do not predict the influence of the microstructure on early stages of crack formation, or they employ parameters that should be calibrated with experimental data from specimens with microstructures of interest.

The predictions of the method for constant and variable amplitude multiaxial loadings are compared with experimental results on specimens from literature and from new experiments on a ferrito-perlitic steel.