The Finite Element Method in Engineering, Fifth Edition, provides a complete introduction to
finite element methods with applications to solid mechanics, fluid mechanics, and heat …

A space-time element method is presented for solving the compressible Euler and Navier-
Stokes equations. The proposed formulation includes the variational equation, predictor …

Abstract Space-time finite element methods are presented to accurately solve
elastodynamics problems that include sharp gradients due to propagating waves. The new …

In this study we investigate a stabilized space-time formulation for linear and non-linear
elastodynamics. We use Isogeometric Analysis (IGA) in order to benefit from its numerical …

In this contribution, we present a space-time formulation of the Newmark integration scheme
for linear damped structures under both harmonic and transient excitations. The incremental …

Algorithms for explicit integration of structural dynamics problems with multiple time steps
(subcycling) are investigated. Only one such algorithm, due to Smolinski and Sleith has …

Classical time integration schemes fail in vibration analysis of complex problems with
moving concentrated parameters. Moving mass problems and moving support problems …

Abstract Alkali-Silica Reaction (ASR) is a deleterious expansion phenomenon which affects
the long-term behaviour of concrete. Its origin is a chemical reaction between amorphous …

A velocity-based single-field Space-Time Finite Element Method (v-ST/FEM) is devised
within the framework of the time-discontinuous Galerkin method for an elastodynamics …

Inertial loading of strings, beams and plates by mass travelling with near‐critical velocity has
been a long debate. Typically, a moving mass is replaced by an equivalent force or an …