In this paper, based on our proposed IsoGeometric Analysis (IGA)-based adaptivity
technique for plate vibration (Yu et al., 2018) the space–time adaptivity strategies used for …

A novel method for the mechanical detection of wheat biomass, based on the mechanical
properties of wheat plants, is proposed to enable the quick assessment of wheat biomass …

As an exploratory study for structural deformation and thermodynamic response induced by
spacecraft reentry aerodynamic force and thermal environment, a finite element algorithm is …

A comprehensive bibliography is available on such topics, from the resistance of structures
to underwater 15 explosions (see for instance Schiffer and Tagarielli, 2015 or Barras et al …

We introduce a duality-based two-level error estimator for linear and nonlinear time-
dependent problems. The error measure can be a space–time norm, energy norm, final-time …

Goal-oriented adaptivity is a powerful tool to accurately approximate physically relevant
solution features for partial differential equations. In time dependent problems, we seek to …

This work proposes a guaranteed error estimator for linear transient elastodynamics,
accounting for both time and space discretization errors. The key lies in the definition of a …

Goal-oriented adaptive algorithms produce optimal grids to solve challenging engineering
problems. Recently, a novel error representation using (unconventional) pseudo-dual …

This paper aims to contribute with a hierarchically enhanced recovery-based error estimator
by using the Zienkiewicz–Zhu (ZZ) recovery procedure and a generalized finite element …

This work focuses on providing accurate low‐cost approximations of stochastic finite
elements simulations in the framework of linear elasticity. In a previous work, an adaptive …