Sentence examples for serendipity element from inspiring English sources

A finite element program is developed using serendipity element with seven degrees of freedom per node.

The finite element discretization of the plate is presented by considering an eight noded serendipity element.

A C0 continuous isoparametric serendipity element is employed to solve the discrete eigenvalue equations arising in both the problems.

Based on this theory, a finite element formulation and a user-defined quadrilateral serendipity element with quadratic shape functions and nine degrees of freedom (DOFs) is presented.

By using the technique, trial functions, which are similar to the isoparametric "serendipity" element, of the transition element can be constructed.

An eight-node serendipity element free of shear locking and spurious zero-energy modes is formulated to model laminated composite plate problems.

The list of suboptimal elements includes serendipity (or trunk) elements, face elements, edge elements.

Both theories are computationally implemented using the Serendipity finite element.

Numerical simulations of an air saturated polyurethane foam material show faster convergence for the hierarchical extensions than for linear and quadratic serendipity finite element mesh refinement extensions.

Lateral and transversal displacement fields are modeled with 8-node serendipity quadratic elements.

It is shown that Serendipity Lagrange elements solve some of the shortcomings of the most commonly used Unified Formulation beam models based on Taylor and Lagrange expansion functions.