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Discrete element simulations were able to reproduce the qualitative segregation profiles and surface velocities observed experimentally.
The three-dimensional simulations were able to capture the formation of all the possible monoclinic variants.
The discrete element simulations were able to reproduce the surface velocities, granular temperature profiles, and mixing kinetics observed experimentally.
The results show that the CFD simulations were able to track the flow very well for the generic SUV (both qualitatively and quantitatively).
Due to the experimental bond-slip relationships, the numerical simulations were able to predict, with good accuracy, the different behaviours of the RC T-beams until their rupture.
The experiment was complicated by the presence of a nonplanar primary wavefront, however finite element simulations were able to clarify the experimental results.
Similar(39)
Many of these simulations are able to simulate the observed hydrographs very closely.
The numerical simulations are able to explain the measured disturbances.
There remains a lot of work to be done before simulations are able to mimic reality with high fidelity.
The simulations are able to capture the large scale structures as observed experimentally in the laboratory.
The pore network simulations are able to reproduce the effects observed in the micro-model experiments.
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