Sentence examples for modelling of composite from inspiring English sources

This paper describes the 3-dimensional finite element modelling of composite connection with steel beams and precast hollow core slab.

In this work we continue the investigation of different approaches to conception and modelling of composite materials.

Within this context, a new 2D plane stress approach has been developed which allows ply-by-ply modelling of composite adherends in a joint.

A significant challenge in the numerical modelling of composite structures with a multi-axis fibre architecture is the reproducibility of the textile mechanics [1].

In the computational modelling of composite beams, the layers can be stacked together and connected conveniently at the nodes by using multiple-point constraints.

It relies on the coupling of well established methods: homogenization scheme for the mechanical modelling of composite materials and reliability methods to account for their inherent variability.

However, the most important impact (and the most difficult to model) of composite traffic may come from the increased degree of freedom in urban policy-making and planning, and public health policy, when the pressures associated with increased private car use and traffic are relieved without impairing the ability of people to travel rapidly about the city.

Since it was unclear what initiated and developed the damages, modelling of the composite structure helped to solve the problem.

Numerical modelling of composites is becoming ever more important to commercial aircraft manufacturers for design-phase cost reductions and improved lead times.

However, the finite element modelling of composites and sandwich structures requires dedicated strategies in order to account for their non-homogeneity and anisotropy.

Models of composite creep behavior are compared to the experimental data over the full range of compositions studied.