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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.
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The result of the calibration process was verified through FE simulation of a comparison of each specimen with experimental data.
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 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.
The predicted fatigue life and crack initiation position for CT scanned specimens were compared with experimental results.
Numerical simulation results show a good agreement on the deformation/failure modes and back face-sheet center-point deflection of specimens, with those of 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.
Figure 4 shows a schematic diagram and experimental specimens with the dial gauges installed.
Figure 5a shows the change in the temperature and relative humidity inside the chamber for mix series 1 and Fig. 5b for mix series 2. Open image in new window Fig. 4 Experimental specimens with a dial-gauge installed.
The simulated results were further verified by comparing specimen deformation and temperature evolution with experimental results.
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