流體動壓力 的英文怎麼說
中文拼音 [liútǐdòngyālì]
流體動壓力
英文
hydrodynamic pressure-
In this paper a kind of cardio - cerebral arterial bifurcation vessel hemodynamic characteristics are studied with the boundary element method, and the blood flowing velocity vector distributions have been calculated. in addition, the flow field distribution and the pressure on the particle surface are also calculated, when there is flow - round particle at the place of bifurcation, the move tendency of the particle is judged, the possible reasons of causing the atherosclerosis, thrombus, angioma are analysed
本文用邊界元方法研究了一類典型心腦動脈分支血管中血液流動的流體動力特性，計算了分支血管血液流動的速度矢量分佈，同時計算了分支附近有多個顆粒狀繞流物時血液的流場分佈，及顆粒物所受壓力狀況，給出了顆粒物的運動趨勢，分析了引起粥樣斑塊病變、血瘤、血栓的可能原因The major work is as follows : solution of two dimensional radiation or diffraction fluid field. this thesis extends multipole expansion method to adapt to disturbed fluid fields of 2d floating bodies with asymmetric forms, which is applied with symmetric forms originally. and given the solution of potential velocity and hydrodynamic pressure of radiation and diffraction fluid fields, which is incited by a 2d arbitrary form, actual application field of the multipole expansion method has been enlarged
關於二維擾動流場的求解：將通常僅適宜求解具有對稱形狀二維物體擾動流場的多極展開法（保角變換方法）擴展至非對稱形狀二維物體，給出了任意形狀二維物體的輻射和繞射流場的速度勢及水動壓力的頻域解，進一步擴大了多極展開法的實際應用范圍。Under favourable circumstances hydrodynamic pressure may be generated to oppose the flow due to the applied pressure.
在有利的環境下，可產生流體動壓力來阻止由所加壓力引起的流動。Based on hydrodynamic lubrication theory, a rectangular tire tread model for simulating the viscous hydroplaning of tire is set up, taking into consideration the effects of hydrodynamic action, squeeze action and road roughness with numerical solutions obtained
摘要根據流體動力潤滑理論，將輪胎貓性滑水問題模擬為胎面單元與路面之間的動壓、擠壓膜問題，同時考慮了路面粗糙度的影響，建立了輪胎胎面單元黏性滑水問題的數學模型，並進行數值求解。Hydraulic fluid power - test code for determination of airborne noise levels - part 3 : pumps - method using a parallelepiped microphone array
液壓流體動力.氣載噪聲級測定的試驗規程.第3部分:泵.採用平行六面體麥克風排列法Fluid power systems and components - cylinders - elements and identification code - part 3 : basic series of piston strokes
流體動力系統和元件.液壓缸.元件和識別碼.第3部分:活塞沖程的基本系列Hydraulic fluid power. filters for receiver venting and pressurization. performances
液壓流體動力.接收器通風和增壓用過濾器.性能Hydraulic fluid power - gas loaded accumulators - specification for seamless steel accumulator bodies above 0. 5 l water capacity
液壓流體動力.氣體加載蓄能器.第1部分:水容量0 . 5l以上無縫鋼蓄能器體規范Hydraulic fluid power. cylinder 160 bar compact serie. clevis bracket form b
液壓流體動力. 160巴小型系列液壓缸. b型v形支架Hydraulic fluid power. filter elements. resistance to the fatigue due to cyclic flow variations
液壓流體動力.過濾元件.耐循環流動變化引起的疲勞的性能Hydraulic fluid power. filter elements. method for end load test
液壓流體動力.過濾元件.端部承載試驗方法Hydraulic fluid power - filter elements - method for end load test
液壓流體動力.過濾器元件.端向負荷試驗方法Hydraulic fluid power - housing for elastomer - energized, plastic - faced seals - dimensions and tolerances - rod seal housings
液壓流體動力.彈性體塑料面密封件的汽缸.尺寸和公差.活塞桿密封汽缸Hydraulic fluid power - housing for elastomer - energized, plastic - faced seals - dimensions and tolerances - piston seal housings
液壓流體動力.彈性體塑料面密封件的汽缸.尺寸和公差.活塞密封汽缸Hydraulic fluid power ; filter elements ; verification of flow fatigue characteristics ; identical with iso 3724 : 1976
液壓流體動力.濾芯.流動疲勞特性的驗證Hydraulic fluid power. fluids. measurement of filtrability of mineral oils
液壓流體動力.流體.礦物油可過濾性的測定Hydraulic fluid power. fluids. measurement of filtrability of hfc and hfd class fire resistant fluids
液壓流體動力.流體. hfc和hfd類防火流體的可過濾性測量Methods for determining the performance of pumps and motors for hydraulic fluid power transmission
液壓流體動力傳輸用動力泵和電動機性能的測定方法Pneumatic fluid power systems. cylinders. measurement of friction forces. laboratory method
氣壓流體動力系統.氣缸.摩擦力測量.實驗室方法On the action of magneto mechanical coupling of rotating magnetic field generated by turning of exterior driver, robot was spun to generate propulsion in axial direction under the function of fluid dynamic pressure distributed on spiral surface of the robot, as a result, spiral and drive motion of the capsule type micro robot in intestine was realized
通過外驅動器的旋轉產生旋轉磁場，藉助于磁機耦合作用，驅動機器人旋轉並在其外螺紋表面形成的流體動壓力作用下產生軸向推力，進而實現膠囊式機器人在腸道內旋進。分享友人