applied fluid mechanics 中文意思是什麼

applied fluid mechanics 解釋
應用流體力學
  • applied : adj. 適用的,應用的,實用的 (opp. pure, abstract, theoretical)。
  • fluid : n 流體,液。 body fluid 體液。 cooling fluid 冷卻液。adj 1 流動的;流體的;液體的。2 容易[可]變動...
  • mechanics : n. pl. 1. 〈作單數用〉力學 〈cf. statics; kinetics; kinematics〉; 機械學。2. 〈作復數用〉結構;構成法;技巧。
  1. In the second chapter, the fluid mechanics principle of vortex flowmeter at first was introduced. the classical theory about vortex flowmeter and the method of computational fluid dynamics about flow around body were expanded on, and the model of the single bluff body and the dual bluff body vortex flowmeter were constructed. and then, fvm - finite volume method - analysis software fluent was applied to analyze the flow phenomenon of flow over single bluff body or dual bluff body

    然後通過大量實驗和理論分析給出雙鈍體渦街流量計的設計準則:當管徑為d ,鈍體形狀為三角形,則鈍體設計參數為:銳邊寬度= 0 . 26d ,高度= 0 . 34d ,鈍體之間的距離= 1 . 2d (即當兩鈍體寬度相等且鈍體距離等於單鈍體兩列旋渦之間的距離) 。
  2. Simulation results for non - isothermal flow pass plate have been shown. the spatial correlations in a fluid subjected to an external temperature gradient have been computed by using cellular automata simulations of a simple lattice - gas model with temperature. but, this theory is found limitedly applied to mechanics

    並給出了平板非等溫流體繞流流動現象的模擬結果;通過採用一個含有溫度的簡化格子氣模型,用細胞自動機方法,模擬計算了服從于外部溫度梯度的二維流體中的平衡與非平衡空間相關函數,數值結果表明:該方法的計算結果和由漲落流體動力學理論的預言在是性上是完全符合的; bernsdorf等人用ca討論在復雜障礙物情況時的流體流動問題。
  3. The technique of fluid mechanics simulation and the technique of modern fluid mechanics experiment were applied to research on the fluid oscillation characteristics of vortex flowmeter and vortex precession flowmeter

    以流場模擬技術和實驗流體力學的相結合的方法,系統地研究了旋渦型流體振動流量計的流體振動特性。
  4. Whether in solid mechanics or in fluid mechanics, the least complementary principle is a basic principle to be applied extensively. its content is considerable abundance

    無論在固體力學還是流體力學中,最小余能原理都是應用廣泛的一個基本原理,它的內容也相當的豐富。
  5. Based on that, the paper applied the theories of fluid mechanics and mechanics of elasticity to the double tube telescopic damper, developed the mathematical model with 7 parameters for the first time

    並在此基礎上,應用流體力學和彈性力學的有關理論,針對雙筒液力減振器首次提出了合理的7參數數學模型。
分享友人