HYDRODYNAMIC EQUATIONS

机译：水动力方程

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Besides specifying boundary conditions at lateral boundaries (closed and open), there are other interfaces in the water body. The most important ones are the bottom and the water surface. Actually, these interfaces are extremely important due to the fact that in lagoons and coastal seas the horizontal dimensions are always much bigger than the vertical dimensions. Therefore, fluxes through the sea bottom and surface will, to a certain extent, dominate the fluxes through the lateral boundaries.

机译：除了在横向边界（封闭和开放）上指定边界条件外，水体中还有其他接口。最重要的是底部和水面。实际上，由于在泻湖和沿海海域中，水平尺寸总是比垂直尺寸大得多，因此这些接口非常重要。因此，通过海底和海面的通量在一定程度上将主导通过横向边界的通量。

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来源
《Assessment of the Fate and Effects of Toxic Agents on Water Resources; NATO Security through Science Series C: Environmental Security》|2005年|83-107|共25页
会议地点 Istanbul(TR)
作者
Georg Umgiesser;
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作者单位

ISMAR-CNR, Venezia, Italy;

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会议组织
原文格式 PDF
正文语种 eng
中图分类水资源开发;
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专利

1. Integrable hydrodynamic equations for initial chiral currents and infinite hydrodynamic chains from WZNW model and string model of WZNW type with SU(2), SO(3), SP(2), SU(1), SO(1), SP(1) constant torsions [J] . D. J. Cirilo-Lombardo, V. D. Gershun International Journal of Modern Physics, A. Particles and Fields, Gravitation, Cosmology . 2014,第24期

机译：WZNW模型和具有SU（2），SO（3），SP（2），SU（1），SO（1），SP（1）的WZNW类型的弦模型的初始手性流和无限流体动力链的可积流体动力学方程不断的扭转
2. Hydrodynamic Analogies between the Equations of Classical Hydrodynamics and Electrodynamics in Electrochemistry~1 [J] . V. L. Bychkov Russian journal of physical chemistry, B. . 2014,第2期

机译：电化学中经典流体动力学方程与电动力学方程之间的流体动力学类比
3. On the possibility of improving classic hydrodynamics equations by an increase in the number of hydrodynamic values [J] . Lebed I.V., Umanskii S.Ya. Russian journal of physical chemistry, B. . 2012,第1期

机译：关于通过增加流体力学值的数量来改进经典流体力学方程的可能性
4. Hydrodynamics of wave forces on coastal-bridge decks: Calculations by Euler's equations versus nonlinear shallow-water wave equations [C] . Ertekin R.C., Hayatdavoodi M. OCEANS . 2015

机译：沿海桥梁甲板上波浪力的流体动力学：欧拉方程与非线性浅水波方程的计算
5. Efficiency Improvements for Modeling Coastal Hydrodynamics Through the Application of High-Order Discontinuous Galerkin Solutions to the Shallow Water Equations [D] . Brus, Steven R. 2017

机译：通过将高阶不连续Galerkin解应用于浅水方程组来提高海岸流体动力学建模的效率
6. PNAS Plus: Uniformly accurate machine learning-based hydrodynamic models for kinetic equations [O] . Jiequn Han, Chao Ma, Zheng Ma, 2019

机译：PNAS Plus：统一精确的基于机器学习的动力学方程式流体动力学模型
7. Integrable hydrodynamic equations for initial chiral currents and infinite hydrodynamic chains from WZNW model and string model of WZNW type with $SU(2),$ $SO(3),$ $SP(2),$ $SU(\infty)$, $SO(\infty)$, $SP(\infty)$ constant torsions [O] . Cirilo-Lombardo, D. J., Gershun, V. D. 2014

机译：初始手征电流和电流的可积流体动力学方程 WZNW模型的无限水动力链和WZNW型的弦模型 $ sU（2），$ sO（3），$ $ sp（2），$ $ sU（\ infty）$，$ sO（\ infty）$，$ sp（\ infty）$ 不断的扭转
8. Reduction of Nonlinear Problems to Schroedinger or Heat Equations: Formation of Kepler Orbits, Singular Solutions for Hydrodynamical Equations [R] . Albeverio, S., Blanchard, P., Hoegh-krohn, R. 1984

机译：将非线性问题简化为schroedinger或热方程：开普勒轨道的形成，流体动力学方程的奇异解

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