Phononic crystals (PnCs) and acoustic metamaterials (AMMs) are artificially architected
materials endowed with the capabilities of wave manipulation. This review specifically …

An implicit family of composite s-sub-step integration algorithms is developed in this paper.
The proposed composite s-sub-step scheme is firstly designed to satisfy two requirements …

This paper reviews the published composite three‐sub‐step implicit algorithms all of which
adopt the trapezoidal rule in the first sub‐step. Three optimal families of three‐sub‐step …

The advantages of using the generalised-alpha scheme for first-order systems for computing
the numerical solutions of second-order equations encountered in structural dynamics are …

No literature has reported an explicit integration algorithm to achieve controllable numerical
dissipation and identical third-order accuracy simultaneously. This paper develops two …

In this paper, a new family of controllably dissipative composite algorithms is developed to
obtain reliable numerical response of structural dynamic problems. The proposed algorithm …

The extreme deformation control under transient excitation typically takes the forms of
bounds in the time domain. These maximum constraints are typically addressed using an …

A comprehensive study of the two sub‐steps composite implicit time integration scheme for
the structural dynamics is presented in this paper. A framework is proposed for the …

This paper proposes a high-efficient decoupling method with energy conservation property
to solve a coupling system with multiple subdomains and time steps using arbitrary …

A comprehensive study of A‐stable linear two‐step time integration methods for structural
dynamics analysis is presented in this paper. An optimal A‐stable linear two‐step (OALTS) …