Results 161 to 170 of about 34,786 (228)
Fish Scale-Inspired Flow Control for Corner Vortex Suppression in Compressor Cascades. [PDF]
Shen JL, Yang HC, Yeh SI.
europepmc +1 more source
Thermodynamics, Environmental and Sustainability Impacts of a Turbofan Engine Under Different Design Conditions Considering Variable Needs in the Aviation Industry. [PDF]
Aygun H, Sheikhi MR, Caliskan H.
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Evaluation of Localized Spallation of TBCs via a Combination of Conjugate Heat Transfer Numerical and Experimental Analysis. [PDF]
Sun F, Jiang P, Zhang J, Chen Y, Li D.
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Research on Innovative Shale Gas Exploitation and Utilization System Based on CO<sub>2</sub> Integrated with Displacement, Power Generation and Refrigeration. [PDF]
Hou S, Jiao F, Zhang F, Yang Q.
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The discipline research in turbomachinery, which is directed toward building the tools needed to understand such a complex flow phenomenon, is based on the fact that flow in turbomachinery is fundamentally unsteady or time dependent.
Merle C. Potter, David C. Wiggert
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2021
The book is divided into eight chapters. Chapter 1 is an introductory chapter and is a synthesis of the book titled Lecture notes on Fluid Machines—M. Gambini, M. Vellini (in Italian), 2007, adopted for the Turbomachinery and Energy Systems courses for students of the bachelor’s Degree in Mechanical and Energy Engineering of the University of Rome Tor ...
Gambini, Marco, Vellini, Michela
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The book is divided into eight chapters. Chapter 1 is an introductory chapter and is a synthesis of the book titled Lecture notes on Fluid Machines—M. Gambini, M. Vellini (in Italian), 2007, adopted for the Turbomachinery and Energy Systems courses for students of the bachelor’s Degree in Mechanical and Energy Engineering of the University of Rome Tor ...
Gambini, Marco, Vellini, Michela
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2023
Implementation of a Combustion Module within the Nektar++ FrameworkCombustion modelling methods are implemented into the Nektar++ framework to create a reactive flow solver capable of accurately modelling combustion flow regimes at low Mach numbers. The study investigates how the high-order resolution of a mixing flow field translates to modelling of ...
Aidan Forknall +2 more
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Implementation of a Combustion Module within the Nektar++ FrameworkCombustion modelling methods are implemented into the Nektar++ framework to create a reactive flow solver capable of accurately modelling combustion flow regimes at low Mach numbers. The study investigates how the high-order resolution of a mixing flow field translates to modelling of ...
Aidan Forknall +2 more
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Transition Models for Turbomachinery Boundary Layer Flows: A Review [PDF]
Current models for transition in turbomachinery boundary layer flows are reviewed. The basic physical mechanisms of transition processes and the way these processes are expressed by model ingredients are discussed.
Erik Dick, Slawomir Kubacki
exaly +4 more sources
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
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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

