Sentence examples for as commonly adopted from inspiring English sources

We assume a finite number of sensor nodes and do not resort to asymptotic analysis as commonly adopted in detection studies.

Orbital inclination in this work is defined with respect to the Earth's equator other than the lunar orbital plane as commonly adopted in previous works.

However, at this stage of the study the pyrolysis is taken into account implicitly in the developed UMATHT through gradually modified thermo-physical properties of the timber, as commonly adopted in the published literature.

The systems are not as commonly adopted in high-rise construction and buildings with large aspect ratio, due to large overturning moments and subsequent development of tensile forces at the base.

The design and implementation of a transaction driven process controller facilitates also the creation of an audit trail for quality assurance standards as commonly adopted by industry, i.e. following ISO9000 protocol.

Low thermal conductivities of porous layers in the cell and low heat transfer coefficients at the surface of current collectors, as commonly adopted in cell design, increase the cell temperature.

The proposed stress strain model for concrete in CCFTs is based on the same approach as that commonly adopted by existing models for FRP-confined concrete and includes three components: (a) an active-confinement model; (b) a lateral strain equation; and (c) equations for determining the total confining pressure from the steel tube and the FRP jacket.

Compared to the case for conventional moment-resisting frames or shear-wall buildings, where details have been extensively verified to be seismically effective, the seismic response of this type of building is less certain, in part due to the large window and door openings as well as the unusual detailing commonly adopted for their reinforcement and connections.

As such, it is commonly adopted as the state variable in simplified bond shear stress slip representations.

The average shear wave velocity of the top 30 m of the soil, referred to as (Vs 30 is commonly adopted by competent building codes to classify the sites for earthquake resistant design of structures and in general it is widely used in microzonation studies.

Secondary data, such as past hospital discharge summaries, have been commonly adopted as the chief source of data, which raises concerns about the quality and reliability of the findings [ 2].