Sentence examples for numerical materials from inspiring English sources

In this section, we present some constructive numerical materials to demonstrate the effectiveness and applicability of the proposed conditions and to show the advantages of our results over the previous corresponding robust stability result derived in the literature.

Cousigné et al. (2013) developed a nonlinear numerical material model for textile composite materials considering post-failure damage.

Being interested in numerical material investigations we perform virtual tensile strength tests on basis of the microstructure generated in Section 3.

A numerical material and process model was formulated to enable the occurrence of wrinkling to be simulated.

A macroscopic numerical material model based on the mesoscopic structure of woven fabrics is developed.

Therefore, a nonlinear numerical material model for textile composite materials has been developed for shells and thick shells.

This paper describes the derivation and validation of a numerical material model that predicts the highly dynamic behaviour of CFRP (carbon fibre reinforced plastic) under hypervelocity impact.

Numerical material tests show that this new composite maximises its toughness when the hierarchical design of wood cellulose fibres is replicated.

Open image in new window Fig. 8 Comparison of numerical material properties of the virtual insulating specimens with different insulations for the x and z directions: a Thermal conductivity, b Compressive strength.

It is shown that the correction of numerical material parameters and the slow switching-on of source are necessary to ensure stable and convergent single-frequency simulations.

Here, a numerical material model is proposed for high damping rubber using finite element (FE) simulation to capture its highly nonlinear behavior.