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INFLUENCE OF WIND WAVES ON THE FLOW IN FLOWING RESERVOIRS
: Methods are given for calculating the formation of wind waves in flowing reservoirs, taking into account oncoming and associated currents and the limitation of acceleration by the banks.
Sobir Eshev +3 more
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Design and performance evaluation of a high temperature axisymmetric plug nozzle [PDF]
In this study, a method for designing supersonic nozzles with axisymmetric plugs at high temperature has been proposed. The approach is based on the theory of Prandtl-Mayer expansion at high temperatures using the method of characteristics.
Ahmed ABDALLAH ELHIRTSI, Toufik ZEBBICHE
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In order to design a diesel engine system and to predict its performance, it is necessary to analyze the gas flow of the intake and exhaust system. Gas flow analysis in a three-dimensional (3D) format needs a high-resolution workstation and an enormous ...
Kyong-Hyon Kim, Kyeong-Ju Kong
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Suter curves for the Wh and Wm characteristics and four-quadrant (4Q) diagrams of 11 radial pump–turbine models with different specific speeds (nq = 24.34, 24.8, 27, 28.6, 38, 41.6, 41.9, 43.83, 50, 56, and 64.04) are presented for the first time in this
Zdravko Giljen, Miloš Nedeljković
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Modelling and Simulation Hydrodynamics Processes in Liquefied Natural Gas Transportation Systems
Global natural gas resources are growing and are increasingly geographically diverse. A Floating Storage and Regasification Unit (FSRU) is one of the most commonly used vessel types in the global ship fleet due to the possibility of storage, reloading to
Marijonas Bogdevicius +4 more
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Identifying the best method for linearizing the nonlinear friction term to analyze the transient flow in pipeline systems [PDF]
To analyze transient flows, continuity and momentum equations must be solved. Due to the non-linear friction term in the momentum equation, numerical methods such as method of characteristics (MOC) are used to analyze the problem in thetime domain ...
Mahshid Alsadat Mousavian +2 more
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GPU Acceleration of Hydraulic Transient Simulations of Large-Scale Water Supply Systems
Simulating hydraulic transients in ultra-long water (oil, gas) transmission or large-scale distribution systems are time-consuming, and exploring ways to improve the simulation efficiency is an essential research direction. The parallel implementation of
Wanwan Meng +5 more
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In this article, we study the classical solution of the mixed problem in a quarter of a plane for a one-dimensional wave equation. This mixed problem models the propagation of displacement waves during a longitudinal impact on a bar, when the load ...
Viktor I. Korzyuk, Jan V. Rudzko
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Implementation and Validation of a Free Open Source 1D Water Hammer Code
This paper presents a free code for calculating 1D hydraulic transients in liquid-filled piping. The transient of focus is the Water Hammer phenomenon which may arise due to e.g., sudden valve closure, pump start/stop etc.
Rune Kjerrumgaard Jensen +4 more
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High‐accuracy difference schemes for the nonlinear transfer equation
In the present paper, for the initial boundary value problem for the non‐homogeneous nonlinear transport equationthe basic principles for constructing difference schemes of any order of accuracy O(#GTM), M ≥ 1, on characteristic grids with the minimal ...
Agnieszka Paradzinska, Piotr Matus
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