Sentence examples for modelling damage from inspiring English sources

Damage modelling has been conducted using a finite element model capable of modelling damage progression and residual capacity.

This paper presents the latest development by the authors in modelling damage due to low velocity impact, i.e., negligible role of inertia to laminated composites.

Continuum damage mechanics (CDM), which can provide a tractable framework for modelling damage initiation and development with a strategy of stiffness degradation, is one of the important and effective methods to model progressive damage behaviour of fibre-reinforced composites supported by FE procedures.

This stability is often difficult to achieve when modelling damage with implicit solvers.

Inspired by the previous efforts, four crucial problems are highly recommended to address when modelling damage of braided composites in the future: (a) Interface problem.

A computational framework for modelling damage-induced softening in fibre-reinforced materials is presented.

A number of macromechanical damage models are implemented to model damage onset and damage growth.

We describe a coupled approach to model damage induced by hydro-mechanical processes in low permeability solids.

The new element has an embedded edge crack, and was developed to model damage in three-dimensional structures using the finite element method.

Subsequent chapters of the book deal with more complex fiber architectures and/or types of loading and elaborate on the strategies used for modeling damage accumulation.

The gamma distribution is considered to model damages produced by earthquakes.