Sentence examples for both quadrilateral and triangular from inspiring English sources

Both quadrilateral and triangular finite elements (FE) were used to 'metamorphically' develop the structure.

In both quadrilateral and triangular grids, the solver is predicted to diverge for α smaller than approximately 0.5.

The method is then extended to two-dimensional flow where it can be applied on both quadrilateral and triangular grids.

The buoyant matrices for both quadrilateral and triangular elements are derived, and the structural stiffness matrix of buoyant element is corrected by buoyant matrix.

Due to the multi-dimensional information introduced and consistency between the fluxes and nodal contact velocity, the developed ALE algorithm performs well on both quadrilateral and triangular grids and reduces numerical shock instability phenomena.

Numerical results based on both quadrilateral and triangular grids are presented to demonstrate the robustness and the accuracy of this new solver, which shows it has better performance than the existing HLLC method.

In the two-dimensional case, computations performed on quadrilateral and triangular grids are analyzed and compared.

Therefore, a method was developed that replaces the Gregory patches used in the original implementation by polynomial quadrilateral and triangular Bezier patches.

A mixed quadrilateral and triangular grid is first refined using one-level h-refinement to generate a quadrilateral grid while keeping the curvature of boundary edges.

The use of discrete data to represent engineering structures as derivatives from intersecting components requires algorithms to perform Boolean operations between groups of quadrilateral and triangular surfaces.

The current release of PyFR is able to solve the compressible Euler and Navier Stokes equations on grids of quadrilateral and triangular elements in two dimensions, and hexahedral elements in three dimensions, targeting clusters of CPUs, and NVIDIA GPUs.