曲柄搖桿 的英文怎麼說
中文拼音 [qūbǐngyáogǎn]
曲柄搖桿
英文
crank rocker-
The main content of this thesis includes the following parts : ( 1 ) in chapter 2, the conditions of link lengths are derived for the side bars to rotate as cranks. two types of cranks are defined and then five - bar linkages are divided into four types, i. e. the full double - crank linkage, the double quasi - crank linkage and the double rocker linkage, and the crank - rocker linkage. the rotational ranges of the two side links for each type of the mechanism are analyzed, and the corresponding numerical algorithm is developed
本文主要做了以下幾方面的工作： （ 1 ）在第二章中，先導出五桿機構兩連架桿可整周轉動的桿長條件，並根據曲柄的存在情況，對五桿機構進行分類，即把五桿機構分成全曲柄機構、雙準曲柄機構、雙搖桿機構和準曲柄-搖桿機構四種類型。Basing on the requirement of the project supported by chongqing science and technology committee, the study and development on original non - frictional and sequential operation ' s stepless speed regulator, the author has made some analysis to the physical principle and speed adjustment principle. in addition, as the main part of stepless speed regulators, the transformer was more concerned in the study. after probing the creation of its structure principle, this paper reveals its structure and dynamics rule, and creates a dynamics model and synthesis model of transformer
根據重慶市科委技術攻關項目《新型非摩擦式連續作用機械無級變速器的研製與開發》的要求，對該無級變速器的工作原理、調速原理及工作性能進行分析，並著重對無級變速器的核心部件轉換器進行分析，對其結構原理創新進行深入的探討，揭示了其結構及運動學的實質；建立了轉換器的運動學模型和綜合模型；對以轉換器這類以連桿作為輸出構件的曲柄搖桿機構的運動規律及其影響因素，首次進行了較深入、系統的分析研究，得出了一系列以連桿作為輸出構件的曲柄搖桿機構的運動規律。Optimization of the brace rocker mechanism with fuzzy analysis
基於模糊分析的曲柄搖桿機構優化設計Computer - aided dynamics analysis of the planar crank joystick mechanism
平面曲柄搖桿機構的計算機輔助動力學分析Function - given optimization design of crank - rocker mechanism based on matlab6
在曲柄搖桿機構再現函數設計中的應用Genetic algorithm optimization of crank - rocker mechanism applying fuzzy design
應用模糊設計的曲柄搖桿機構遺傳演算法優化Crank - rocker mechanism
曲柄搖桿機構Application of genetic algorithm to the design optimization of a crank and rocker mechanism
遺傳演算法在曲柄搖桿機構優化設計中的應用On the perlformance and design atlas of planar crank and rocker mechanisms based on auxiliary angle method
基於輔助角方法的平面曲柄搖桿機構性能與設計新圖譜的研究Designing the crank and rocker mechanism with the characteristics of swift - return movement by the use of three auxiliary circles
借三輔助圓設計具有急回特性的曲柄搖桿機構This paper expounded and proved some special geometric relations of the planar crank - rocker mechanisms, gave a new graphic method for designing the planar crank - rocker mechanisms
摘要根據平面曲柄搖桿機構的一些特殊幾何關系，給出了設計平面曲柄搖桿機構的新圖解法。This design is one new piezoelectricity actuation declines the crank rocker organization, including plates has rocking bar of, the slide, the crank and the rocking bar the pair of piezoelectricity thin film composes
此設計是一種新型壓電驅動式微曲柄搖桿機構，包括鍍有雙壓電薄膜之搖桿、 ?塊、曲柄及搖桿所組成。This microstructure stimulates the piezoelectricity thin film rocking bar using the oscillating circuit to have the vibration, rocking bar impetus slide around translational motion, simultaneously tows the crank to have the rotary motion
該微結構?用振蕩電?激發起壓電薄膜搖桿生成振動，搖桿帶動?塊前後直線移動，同時牽引曲柄生成旋轉運動。Though experiment the idea velocity of cartooning balanced emulation has been educed, instantaneous movement rule of capping in capping device, crank rocker mechanism has been emulated also
通過試驗，得到了裝盒平穩模擬的理想速度，找到了蓋蓋裝置中蓋蓋瞬時的運動規律，並對其曲柄搖桿機構進行了模擬。Contrastive tests of damping aluminum - alloys, zinc - alloys and 45 # steel are carried out at the case of equal stiffness. the test results show that when the rocker bar is made of damping aluminum - alloys or damping zinc - alloys, the strain amplitude at the middle point of connecting bar is half of the one when the rocker bar is made of 45 # steel
在等剛度條件下對鋁基、鋅基阻尼合金和45鋼阻尼減振作川進行了對比實驗，實驗結果表明搖桿為鋁基和鋅基阻尼合金材料時，連桿中點動態應變曲線幅值只有45鋼時的一半左右，而且隨著曲柄轉速的提高，阻尼合金的減振效果更加明顯。分享友人