Sentence examples for system serviceability from inspiring English sources

Davis (2014) demonstrated the relation between resilience and water system serviceability, and dependence of community resilience on water system resilience and defined five water service categories namely water delivery, quality, quantity, fire protection, and functionality to address the water system resilience.

For the method to be applicable, it must be possible to describe the failure of individual elements by non-time-dependent functions, as is the case with simple series systems or serviceability failures, for instance.

The LCCA system considers the serviceability concept adopted by the American Association of State Highway and Transportation Officials (AASHTO) for use in the design of flexible pavements.

While various methods have been proposed for obtaining optimal systems that meet serviceability constraints set on the performance of non-structural components, e.g. the cladding system, methods are still lacking for optimizing under constraints aimed at ensuring occupant comfort.

Adopting modular design in these systems improves expandability, serviceability, reliability and efficiency.

This paper introduces a new structural identification method for use in non-stationary conditions, which applies to structures and systems in normal serviceability conditions, under unknown excitation.

When an optimum steel deck profile was established, the investigation proceeded with a series of full-scale-experiments to access the system's ultimate and serviceability limit states.

The choice of operating systems depends upon its scalability, reliability, availability and serviceability (RAS), distributed services and internet support, and system management.

Sliding friction behavior plays a critical role in diverse systems to determine the serviceability of end-used wood products, such as safety.

Illustrative examples are provided in the chapter to show the benefits of using direct analysis for evaluating the overall performance of structural systems in terms of serviceability and ultimate strength under accidental design situations such as fire.

The behaviour of the slab system at the ultimate and serviceability limit states is described.