Sentence examples for impacts on structures from inspiring English sources

Human reliability analysis (HRA) is performed as part of the probabilistic risk assessment to identify and quantify human actions and the associated impacts on structures, systems, and components of complex facilities.

Elevation data are a critical input to these models that guide the flood-wave across the landscape allowing the computation of valuable engineering specific data that provides a better understanding of flooding impacts on structures, debris movement, bed scour, and direction.

This will help to monitor the locations of impacts on structures.

We sought to test this hypothesis while also assessing other possible impacts on structure that might cause misfolding and lead to further anomalies downstream.

Because a vast majority of positions have small impacts on structure, it is very difficult to establish the eSDC threshold at which the structure is disrupted.

To date, one of the major obstacles in modeling tsunami impact on structures is the intense computational demand linked with such models.

New model components are developed for estimating the hydrostatic and hydrodynamic pressure to quantify the flow impact on structures.

This paper gives an overview of the coupled FE/SPH approach for modelling water impact on structures and discusses specific issues related to the analysis of floating structures.

This paradigm for classical modelling of projectile impact on structures is re-visited and updated using the mesh-free method, smoothed particle hydrodynamics (SPH).

Numerical analyses are widely used to investigate tunnelling and its impact on structures, however numerically predicted ground displacements are generally wider and shallower than those observed in practice.

Whereas many publications report on alkali aggregate reaction (AAR) expansion or test analyses, very few address the more pressing issue of its impact on structures.