Results 121 to 130 of about 2,156 (181)
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Tribology, 1968
The paper presents gas bearing turbomachinery developments for the past decade. With the aid of examples of eight different requirements, it answers the question: “Why Gas-Bearing Turbomachinery?” These examples cover: No Contamination, high efficiency, low temperature, high temperature, radiation damage, reliability and long life, high speed and long ...
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The paper presents gas bearing turbomachinery developments for the past decade. With the aid of examples of eight different requirements, it answers the question: “Why Gas-Bearing Turbomachinery?” These examples cover: No Contamination, high efficiency, low temperature, high temperature, radiation damage, reliability and long life, high speed and long ...
openaire +1 more source
Aeronautical Quarterly, 1977
SummaryTwo methods of analysis are developed for the unsteady wave flow through axial turbomachinery of high hub-tip ratio. In the first method, the machine is supposed to consist of an infinite number of small stages. Differential equations for the instantaneous values of flow properties are derived which may be solved directly or by the method of ...
J H Horlock, H Daneshyar
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SummaryTwo methods of analysis are developed for the unsteady wave flow through axial turbomachinery of high hub-tip ratio. In the first method, the machine is supposed to consist of an infinite number of small stages. Differential equations for the instantaneous values of flow properties are derived which may be solved directly or by the method of ...
J H Horlock, H Daneshyar
openaire +1 more source
Digital Twin Technologies for Turbomachinery in a Life Cycle Perspective: A Review
Sustainability, 2021Yanjun Shi, Rong Xie
exaly
Analysis of Turbomachinery Losses in sCO2 Brayton Power Blocks
Journal of Energy Resources Technology, Transactions of the ASME, 2022Lakshminarayanan Seshadri
exaly