Sentence examples for joint usage of from inspiring English sources

To investigate this phenomenon accompanied by formation of reflected and refracted quasi-longitudinal and quasi-shear discontinuous waves, a technique based on joint usage of the zero approximation of the ray theory and method of stereomechanical impact is proposed.

Under these two limitations, a total active cancellation gain of 63 dB for a LTE20 signal could be demonstrated, with a joint usage of the analogue cancellation and the time domain digital cancellation stages.

In the literature, the joint usage of CRE and eICIC is proved to be an effective solution on improving the system throughput of HetNet in [12,13], but it is much more complicated for mathematical analysis of network capacity.

Departing from the equivalences along different models established at different decision-making hierarchical levels, in this work the joint usage of a Conceptual Constraint (CC) Domain and a Process Systems Engineering (PSE) Domain allows to develop a systematic support method able to generate optimization models to solve decision making problems in a broad range of scenarios.

A newly developed axis called "functioning properties" serves as a link to allow for joint usage of the ICD and the ICF.

With the joint usage of MDL and BNGL, we propose models for eukaryotic parts and pools that arise, when possible, from the corresponding bacterial modules [ 1, 8].

This joint usage forms the Standby-Sparing for Periodic Tasks (SSPT) algorithm.

Despite the considerable effect of the doubler plate on the static strength, its feasible application during the joint fabrication, and the frequent usage of CHS T/Y joints in offshore jacket-type platforms, the ultimate strength, initial stiffness, and failure modes in doubler plate reinforced Y-joints under axially compressive load have not been studied.

In fact, such networks are typically bandwidth limited and the usage of joint multibeam processing promises to increase overall system capacity by exploiting the full frequency reuse while mitigating the challenging interbeam interference limitation requirements within the overall system concept.

Adverse reactions to biomaterials for joint replacement are triggered by the release of wear particles and other by-products with daily usage of the joint replacement and their interaction with the immune system.

However, there is dearth of information on how mechanical behavior such as wear/friction processes (during the usage of the artificial joint) affects structures and properties of nanocomposites used in biosystems.