曲柄體 的英文怎麼說
中文拼音 [qūbǐngtǐ]
曲柄體
英文
body of crank-
In the simulation, the mpc technique of msc. nastran is used to simulate the mechanical behavior of contact between the interfaces of piston pin and bearing of small end, crankpin and big end bearing, connecting rod body and bearing cap ; also constraints are applied to the connecting rod reasonably
分析中採用了patran中的多點約束（ mpc ）技術，有效地模擬了活塞銷與小頭孔內表面、曲柄銷與大頭孔內表面以及連桿體與大頭蓋接觸面的力學接觸狀態，並對連桿進行合理的約束。In addition, java3d can only accomplish the regular geometry sculpting and ca n ' t accomplish the irregular geometry sculpting. to solve this flaw, a new way of sculpting the gyre - solid and changing - section - brace by approaching the solid with small slice is put forward. at the same time, rendering and third dimension disposing are settled in this paper
另外，在系統開發過程中，針對java3d三維造型功能類中僅包含標準幾何形體的問題，這里用四邊形面片逼近曲面的方法解決了回轉體和變截面曲柄的三維建模，以及這種建模方式下的渲染和真實感處理問題。Compared with the behavior of macromolecules in real solution system, the adsorption information in the monte carlo simulation system, such as adsorption isotherm, surface coverage, and bound fraction, was studied for discussing its relation to simulation parameters. five - selection simple cubic lattice, self - avoiding walk, and nearest interaction model were used to construct the homopolymer adsorption model on the solid - liquid interface. periodic boundary conditions were used to reduce the fixed error from limited cubic lattice in size
模擬中採用五選擇簡單立方格子上的自迴避行走和最近鄰相互作用模型；使用周期性邊界條件以減小有限大格子空間帶來的系統誤差；用鏈節間相互作用能、界面吸附能、體相濃度和鏈長約束體系中的高分子的吸附行為；用末端轉動、 l -翻轉、曲柄運動、蛇形運動和r - r切除-生長法對模擬體系進行擾動；用系統達到吸附平衡后的樣本來研究模擬體系中的高分子鏈在固液界面上的吸附。In the distributed caa and simulation system, an example of slider - crank mechanism is given. the example use planar multibody dynamic method to analysis the movement rule of slider - crank system under gravity and moment and demonstrate the multibody systems dynamic analysis method
基於實現的分散式計算機輔助分析與模擬系統，本文以曲柄滑塊為例，利用平面多體動力學通用模型分析了在受到重力和轉動力矩的情況下曲柄滑塊的運動規律。Based on above distributed simulation software of multibody system dynamics, three examples of distributed sensibility analysis, double pendulum system, planar four - bar mechanical system and slider - crank system, are numerically dealt with, the results of which indicates that the methods raised in this paper are correct
基於所完成的系統運動學分散式模擬軟體，實現了雙擺機構、平面四連桿機構、曲柄滑塊機構的分散式靈敏度分析算例，驗證了本文方法的正確性。It whips and mixes the fresh air and crankcase fumes as it rotates.
它旋轉時，把新鮮空氣和曲柄軸箱氣體攪混在一起。I observed that the young flower-peduncles of the maurandia curved themselves a little towards the side which was touched.
我看到冒郎藤的幼嫩花柄，向所接觸物體的方向微微彎曲。Information on the enterprise beijing zhongtian ruihua scientific trade co., ltd. and their services, like rehabilitation and collect on one hand and thigh and control technology on the other, is available in the firm profile
公司專業從事積蓄、收集、聚集、身體復原、恢復以及軸頸、腿、柱、 （量角器的）臂、鐵心、彎管、曲柄、邊腳、 （角焊縫的）焊腳和控制技術學業務。Simulation analysis of the crank - connecting rod mechanism in internal combustion engine based on multi - body system dynamics
基於多體系統模擬的內燃機曲柄連桿機構動力學分析As a rigid rotor with special configuration, the crank is always integrated with its accessory components such as shaft and piston when it is under working conditions
曲軸作為結構特殊的剛性轉子，在運行中總是與連桿，滑塊一起構成一個整體的曲柄連桿機構。To reduce the weight of the whole reducer, the fea software ansys is adopted for the shape optimization design of the ring - plate in the double crank four ring - plate cycloidal pinwheel reducer and a good result is achieved
為了減輕整機重量，採用有限元分析軟體ansys對雙電機驅動雙曲柄四環板擺線針輪式減速器中的環板進行了形狀優化設計，得到了良好的效果。Finally, according to the balancing process of the motorcycle engine crank set - jl100 model made by jialing industry, this dissertation has put forward methods which modified the dynamic balance of the crank - connecting rod mechanism
對測試應用程序軟體的開發提出了大體的要求和整體的構想。最後，通過嘉陵工業幾100型摩托車發動機曲柄連桿動平衡的校正過程，說明動平衡的校正方法。The crank - set of motor is a special rotate machine, in which the inertia combined - force caused by running crank will tremble the whole automobile along with rack. therefore, it has practical meaning to locate the inertia combined - force and eliminating its influence on whole system, which can reduce the uncomfortable feeling of driver, also promote entire performance
發動機曲柄連桿是一種特殊的旋轉機械，其工作時產生的慣性力的合力會使發動機工作時產生振動，這個振動傳遞到機架上，引起整車的振動，從而使駕駛者感到不適，同時對整車性能產生不利影響，因此，找出並消除這個慣性力的合力對于提高車輛的整體性能有著重要意義。The hypothesis of the elastic slider - crank mechanism is made according to the actual situation of the mechanism and the dynamics model of the elastic slider - crank mechanism is made by using the finite element method
根據彈性曲柄滑塊機構的具體情況，對該機構進行相應的假設，並且應用有限單元法對彈性機構進行動力學建模。Based on above background, a elastic slider - crank mechanism, which is a typical engineering chaotic vibration system, and its dynamical response are selected and analyzed, in order to realize the combination of chaotic theory with engineering application and to serve latest theory as the guidance for structure design
本文選取了彈性曲柄滑塊機構這一典型的工程混沌振動系統為研究對象，研究其動力學行為，以期將混沌振動理論研究與工程實用結合起來，使學科前沿的理論成果能對具體的彈性結構設計發揮指導作用。At last the crank dieblock is taken as the study object, and the above two universe models are included. the joint wear between crank and frame, crank and connecting rod, connecting rod and dieblock is studied. the concrete arithmetic project is brought forward and the universe program written in the vb environment is supplied
最後以曲柄滑塊為研究對象，融入上述兩個通用模型，研究曲柄與機架，曲柄與連桿，連桿與滑塊三對摩擦副鉸接處的磨損，提出了具體的演算法方案並在visualbasic環境下編寫了通用程序。The optimization design of the crank - connect rod mechanism was carried out. collocating the mass reasonably, adjusting the ratio ( ( 1 - f ) / f ) of the long axis to the short axis of the ellipse track, adjusting the direction of long axis to the direction where the internal - combustion engine was not sensitive to the stimulating force. all the above contribute to the max reduction of the vibration
對單缸內燃機的曲柄滑塊機構進行優化設計，合理的布置加配質量的大小和方向，對軌跡橢圓的長短軸比率（ 1 - f ） / f進行調整，將長軸方向調整到內燃機對激振力不敏感的方向，從而使不平衡力對內燃機所產生的振動最小，以某一具體的單缸內燃機為例進行了計算分析。分享友人