Sentence examples for both material model and from inspiring English sources

Compared to the analytical approach employing beam models significant differences occur regarding both, material model and handling of soil-structure interaction (SSI).

The material model and proposed resistance functions are then described.

We performed analyses using three material models ranging from simple to complex, applied to the same FE model: a Uniform Isotropic material model, a Regional Isotropic material model, and a Thermally Graded material model.

In the following, we describe the economic model, the material model and the energy model, respectively.

However, we first need to be explicit about the material model and its parameters.

We investigate three different material models below: A one-constituent, isotropic material model; a one-constituent, orthotropic material model; and a two-constituent model with one isotropic material that does not grow or degrade (elastin), and one anisotropic material that degrades and grows.

There are few differences in parameter estimates between our 13 and 11-state (i.e. excluding indolent DCIS, see Supplementary Material) models, and both exhibit close concordance to the data, therefore our analysis does not provide evidence to support either hypothesis preferentially, although other studies support the existence of indolent DCIS (Leonard and Swain, 2004).

This concerns, e.g. the material modelling and validation.

This review highlighted recent progression in material models and FE simulations endorsed by experimental testing.

Based on a previous project, entitled Lazarus, and formed through high-resolution volumetric material modeling and 3D printing, the series embodies vessels for inner structures.

In the material model, both fiber and matrix are assumed to behave as elastic-plastic and the in-plane shear is assumed to behave nonlinearly with a variable shear parameter.