All results computed with the VFS model are compared to reference free surface computations.
Molecular surface computations are often necessary in order to perform synthetic drug design.
We demonstrate the efficacy and scalability of the proposed parallel solver through several examples in geometric applications, including Hausdorff distance queries, contact point computations, surface surface intersections, ray trap constructions, and bisector surface computations.
Furthermore, very good per-degree-of-freedom accuracy is obtained when higher-order and higher-continuity isogeometric discretizations are employed in free-surface computations.
This paper presents a formulation for free-surface computations capable of handling complex phenomena, such as wave breaking, without excessive mass loss or smearing of the interface.
The magnetic field is perpendicular to the 2Dx plane surface of computation, whereas the electric fields occur in this plane.
This was recommended by Huete et al. (2002) to remove non-vegetated surfaces from computation.
Boolean operations during B-rep model generation require surface intersection computations to describe the composed entity.
Is the energy equation for gradually-varied flow the best approximation for the free surface profile computations in river flows?
Response surface methodology computations and plots for optimization were performed using Design-Expert® software to obtain optimum values for response variables based on the criteria of desirability.
