hydromechanics中文,hydromechanics的意思,hydromechanics翻译及用法

2025-11-24 03:46 浏览次数 9

hydromechanics

英['haɪdrəʊmɪ'kænɪks]美[ˌhaɪdroʊmɪ'kænɪks]

n. [流] 流体力学

hydromechanics 英语释义

英语释义

    1. relating to a branch of mechanics that deals with the equilibrium and motion of fluids and of solid bodies immersed in them

hydromechanics 片语

片语

ice hydromechanics冰水力学

ship hydromechanics[船]

hydromechanics calculation水力学计算

geometric hydromechanics[流]

hydromechanics analysis流体力学分析

environmental hydromechanics环境水力学

hydromechanics theory流体力学

hydromechanics speciality流体力学特性

fluid mechanics[流] 流体力学,液体力学

Offshore hydromechanics海洋工程水动力学教程

hydromechanics 例句

英汉例句

  • in order to understand the generating process, an hydromechanics analysis is given. the gas cluster ion beam apparaturs is studied for engineering applications.

    为搞清气体团束的产生过程,进行了流体力学分析。

  • based on hydromechanics affinity theory and major control factor of highway tunnel ventilation, the paper had made certain highway tunnel ventilation boundary condition.

    根据流动相似性理论和隧道通风主要控制因素,确定隧道通风的边界条件;

  • according to the basic principles of hydromechanics and the electrical network theory, a new method named network matrix approach is presented in this paper to calculate ventilation system.

    本文依据流体力学的基本原理和电路中网络理论提出一种新的通风系统计算方法——网络矩阵法。

  • the bernoulli equation in hydromechanics and its application to flowrate testing has been discussed in this paper.

    本文论述了流体力学中伯努利方程及其在流量测试中的应用。

  • the paper based on hydromechanics affinity theory and model experiment theory, utilized physical model experiment as an important method, had studied the long highway tunnel ventilation.

    本文以流体力学相似理论与模型试验理论为基础,以物理模型试验为主要手段,针对长大公路隧道通风问题进行了分析研究。

  • in order to understand the generating process, an hydromechanics analysis is given.

    为搞清气体团束的产生过程,进行了流体力学分析。

  • the electromagnetic hydromechanics equation of lmis emitting tip has been derived by using the combination of the electromagnetic field theory and the hydromechanics theory.

    将电磁场理论与流体力学理论相结合,从理论上推导得到液态金属离子源发射尖端所应满足的电磁流体力学方程。

  • a multi-dimensional two-phase model and a special software of hydromechanics fluent are used to simulate the average speed solid flow in municipal solid waste(msw).

    为了提高城市生活垃圾风力分选效率,应用气固两相流的基本理论,并采用流体力学专用软件fluent模拟城市生活垃圾风力分选流场的固相颗粒的平均速度。

  • fluid-solid interaction (fsi) is an interdiscipline branch dealing with hydromechanics and solid mechanics, which is powerful to study the interaction between the flow domain and solid domain.

    流固耦合力学是流体力学与固体力学交叉形成的一门力学分支,是研究流体与固体两种介质间相互作用的重要手段。

  • the flow state in bifurcations is very complex as one of important problems of hydromechanics . it covers many technical and biomedical applications.

    流体在叉管中的流态是流体力学中一个非常复杂的问题,该问题的研究涉及很多技术上和生物医学上的应用。

  • infiltration pressure models fabricating mmc by the squeeze infiltration method are established according to the basic principle of hydromechanics and laplace equation.

    应用流体力学和拉普拉斯方程的基本原理建立压力熔渗法制备 颗粒增强金属基复合材料的熔渗模型;

  • basic principles of hydromechanics applied, a formula to calculate the parameter of the distributing plate is deduced.

    应用流体力学基本原理,得出了形成稳定液位的分布板结构设计的计算公式。

  • thermodynamics and the hydromechanics boundary condition are given.

    给定了合理的热力学及流体力学边界条件。

  • it is a new form of energy dissipation which is based on the theory and method of the multi-submerged jets in hydromechanics and it is the development of the hydraulic jump dissipation .

    多股多层水平淹没射流消能既是传统水跃消能形式向复杂空间三元水跃消能形式的发展,也沿袭了流体力学中关于多股淹没射流研究的一些思想和方法,可以说是一种新型的泄洪消能方式。

  • the tension of liquid surface is studied in several industrial areas, such as flotation technology and liquid technology, and in the teaching of hydromechanics and other subjects.

    液体的表面张力,在工业上的浮选技术和液体输送技术;在教学中的流体力学等都要对它进行研究。

  • a model is established to calculate the steam quality distribution along the well bore during steam injection of thermal recovery wells, based on related thermodynamics and hydromechanics principles.

    利用热力学、流体力学原理,建立了热采井注汽过程井筒沿程蒸汽干度分布计算模型。

  • in order to overcome this weak link in the dregs thick liquid expulsion system, we have designed and made a simple wear-resisting bend, using hydromechanics knowledge, to solve this problem.

    为了克服渣浆输送系统中这一薄弱环节,运用流体力学中的伯奴利方程及其他知识而设计和制造的简易耐磨弯头解决了这一问题。

相关热词