In this paper, we provide an overview and describe some novel insights, designs and
developments, and demonstrate the general methodology and approach towards …

A new explicit time integration scheme is presented for the solution of wave propagation
problems. The method is designed to have small solution errors in the frequency range that …

The use of lightweight carbon fibre-reinforced polymer (CFRP) composites in transportation
vehicles has necessitated the need to guarantee that these new materials and their …

In this work, a novel family of explicit time marching techniques is presented, for hyperbolic
models. The main features of the proposed procedure are:(i) the family is based only on …

In this article, a new explicit time integration method is developed to analyze linear and
nonlinear problems of structural dynamics. Like recently developed explicit time integration …

In this article, the Discrete Element Method (DEM) is taking advantage for the damage
modeling of a composite material. At this stage of work, a Representative Elementary …

The capability to numerically model the crushing behaviour of composite structures will
enable the efficient design of structures with high specific energy absorption capacity. This is …

A novel explicit time integration method is proposed on the basis of cubic b‐spline
interpolation and weighted residual method. Its calculation formulation and procedure are …

This paper focuses mainly on the development of composite sub-step explicit algorithms for
solving nonlinear dynamic problems. The proposed explicit algorithms are required to …

This article focuses mainly on the development of explicit integration algorithms for structural
dynamics. Some known single‐step explicit schemes are first reviewed and their algorithmic …