质量力的英文

• ma force
• mass force

• "质量"英文翻译    mass
• "变质量力学" 英文翻译 :    variable mass mechanics
• "单位质量力" 英文翻译 :    force per unit mass
• "体积质量力" 英文翻译 :    mass force
• "三维虚质量力矩" 英文翻译 :    three-dimensional virtual mass moment
• "量力" 英文翻译 :    estimate one's own strength or ability (and act accordingly) 不自量力 overrate one's ability; overreach oneself
• "标量力" 英文翻译 :    scalar force
• "不量力" 英文翻译 :    lack of proper estimation of one's strength; not reckon oneself fairly; do not consider one's own strength [ability; resources] in doing a job
• "测量力" 英文翻译 :    measuring force
• "当量力" 英文翻译 :    equivalent force
• "量力器" 英文翻译 :    myodynamometer
• "矢量力" 英文翻译 :    vectorial force
• "张量力" 英文翻译 :    te or force; tensor force
• "不自量力" 英文翻译 :    overconfident; to teach one's grandma to suck eggs
• "不自量力的" 英文翻译 :    over confident
• "等量力矩" 英文翻译 :    equivalent moment of force
• "等量力偶" 英文翻译 :    equivalent force and couple
• "等效力 当量力" 英文翻译 :    equivalentforce
• "度德量力" 英文翻译 :    estimate one's own moral and material strength; make an appraisal of one's own position
• "肌力计，量力器" 英文翻译 :    dynameter
• "量力而为" 英文翻译 :    living within your means
• "量力而行" 英文翻译 :    act according to one's ability [capability]; act after [under] calculating one's resources; do as much as one's resources, strength, etc. permit; do what is possible; do what is within one's means; do what one is capable of; do what one's strength allows; estimate [figure out; evaluate] one's strength before acting; not over-reach oneself in one's attempts; within the limit of our resources
• "量力支出法" 英文翻译 :    affordable method
• "排水量力矩" 英文翻译 :    moment of displacement
• "矢量力学" 英文翻译 :    classical mechanics

• The forces acted on the bubbles are drag , virtual mass , lift , wall lift , pressure gradient , and gravity
  气泡受力包括相间阻力、虚质量力、升力、壁面升力、压力梯度和重力等。
• The ipsa model solves the navier - stokes equations of each phase with the interphase interactions between two phases of water and air , including the interphase drag forces , interphase lift forces , interphase pressure and virtual mass forces
  Ipsa模型对每一相求解n - s方程，并考虑水-气体两相间的相间相互作用，包括相间阻力、相间升力、相间压力和虚质量力。
• In the 1 ight of results , the interphase pressure can be ignored and the interphase lift force plays a trifling role in the friction reduction , while the gravity - buoyancy , the interphase drag force and the virtual mass force are influential , especially in the bigger bubble
  结果表明，相间压力可以忽略掉，相间升力起的作用比较小，而重力-浮力、相间阻力和虚质量力的影响比较大，特别是在大气泡中。
• The model of fpsa ( inter - phase slip algorithm ) provided in phofvmcs , the software used in computational fluid dynamics , which solves the navier - stokes equations of each phase with the interphase interactions between two phase of water and air , including the interphase drag forces , interphase lift forces , interphase pressure and virtual mass forces , is employed with the difference scheme of upwind and the orthonormal grid
  计算采用由phoenics (计算流体力学软件)的ipsa (相间滑移算法)模型，应用upwind (迎风)格式和直角坐标网格。 ipsa模型对每一相求解n - s方程，并考虑水-气体两相间的相间互互作用，包括相间阻力、相间升力、相间压力和虚质量力。
• Firstly , based on the present research all over the world , a 3d quasi - single phase model is built together with k - equations . the special feature of this model is taking account of the influence of interaction between liquid and gas , that is to say , the influence of interphase drag force , lifting force perpendicular to the relative velocity , virtual mass force and gas or liquid volume fraction in the fluid field have been considered . a 3d two - fluid model is also built in order to describe more accurately the fluid flow on distillation trays by comparing the computational results of quasi - single phase mathematical model with of two - fluid mathematical model
  本文在国内外已有的研究基础上，首先建立了以k - (封闭模型为基础的三维拟单相流模型，该模型的特点在于充分考虑了气液两相间相互作用的影响，即计入了相间曳力、横向升力、虚拟质量力和气、液相含率对流场的影响；并建立了塔板三维双流体模型，主要目的是通过对比拟单相流数学模型、双流体数学模型的计算结果，建立能够准确描述塔板上流体流动的数学模型。
• According to dynamical characteristic of the bubble motion in the flow field , and under the assumptions of isothermal system without interior heat source , uniform bubble size , and ignoring surface tension , the mathematical expressions for interfacial momentum exchanges have been deduced which include drag , virtual mass force , and lift
  针对气液泡状流中气泡运动力学特性，在系统绝热、无内热源、忽略表面张力、气泡尺寸均一前提下建立了气液相间曳力、虚质量力、升力的数学模型表达式。

• 质量力的法语：forces massiques