Sentence examples for feasibility of passive from inspiring English sources
The paper presents the design phases of a test rig to test the feasibility of passive full electrodynamic radial suspension of high speed rotors.
This study is a contribution to European projects Pascool/Joule II and Altener/Sink that deals with feasibility of passive cooling systems in Europe.
In this paper, the feasibility of passive cooling in newly built office buildings in the temperate climate of Belgium is assessed using the standardized adaptive comfort criteria.
This work investigates the feasibility of passive and active cooling to maintain a single triple junction PV cell surface temperature and electrical performance under high solar concentration in the harsh environment like Saudi Arabia where ambient temperature can reach up to 50 °C in summertime.
To study the feasibility of passive cooling in such an environment, CPV thermal simulation is undertaken to examine the performance of two heat sink designs, namely, Round Pin Heat Sink (RPHS) and Straight Fins Heat Sink (SFHS) under different ambient temperatures.
In this paper, we investigate the feasibility of passive, correlation-based indoor radio localization.
Mathematical simulations incorporating loop of Henle transepithelial permeabilities idealized for the passive hypothesis generated a steep inner medullary osmotic gradient, confirming the fundamental feasibility of the passive hypothesis.
In this paper, an extensive review has been made, with regard to whole-building energy simulation for passive cooling, addressing the possibilities of applying different PCM-enhanced components into the building envelope and also the feasibility of PCM passive cooling system under different climate conditions.
From this point of view, we investigated the feasibility of a passive residual heat removal system for the drain tank of an MSR (FUJI-233Um of 450 MWth).
These two complementary approaches provide helpful information dealing with the feasibility of a passive cooling technique based on comfort and energy saving criteria.
Benchtop proof tests have proven the feasibility of the passive fuel humidifier concept, and have provided a calibration factor for a computational design tool that can be used for industrial applications.
