anti-vibration design 中文意思是什麼
anti-vibration design
解釋
減振設計-
By calculating large quantity of examples, this text studies earthquake resistant behavior of tapered portal frame with pined bases and analyzes its natural frequency, natural period of vibration and vibration mode. by comparing interior forces of pillar top, beam end and span midpoint in two conditions that seismic action effect participates combination of forces and not when portal frame is n ' t changed, ensure conditions that combination of seismic action effect has controlling f unction during tapered portal frame design, and tapered portal frame demands anti - earthquake design
本文通過大量算例分析，研究柱腳鉸接楔形變截面門式剛架的抗震性能，並對其自振頻率、振型進行了分析；通過比較地震作用效應參與荷載組合與不參與荷載組合兩種情況下，樑柱截面尺寸不變時，柱上端、梁端、跨中截面處的內力大小，確定在什麼情況下地震作用效應組合起控製作用，變截面門式剛架需要進行抗震設計。 -
Back airbrake anti - vibration damage design analysis for a combat aircraft
某型飛機后減速板抗振動損傷設計分析 -
According to the research development of flow - induced gate vibration in recent years, the paper presents a retrospect and a summary on the relationship between hydrodynamic loads and gate vibration characteristics, the hydrodynamic load characteristics and controlling means, the optimum design methods for gate anti - vibration, the dynamic stability analysis of the radial gate ' s arm, the methods to simulate the gate ' s hydro - elastic vibration, as well as the simulation analysis of flow - induced gate vibration
摘要從水動力荷載與閘門振動特性的關系、水動力荷載作用特點及其控制方法、閘門減振優化設計方法、弧形閘門支臂動力穩定性分析、閘門水彈性振動模擬方法以及閘門流激振動模擬分析等方面，對水工閘門流激振動的研究進行了回顧。 -
Anti - vibration design of compressor piping system
往復式壓縮機管線減振設計 -
The theory of fuzzy reliability design is applied to study the anti - vibration design of the driving shaft of swing movable teeth reducer. the randomness of working frequency and the fuzziness of the critical speed bonder are discussed. the corresponding formulae of calculating the fuzzy reliability are presented
將模糊可靠性設計理論引入擺動活齒減速器輸入軸的抗共振設計中，分析了擺動活齒減速器工作頻率的隨機性和共振區邊界取值的模糊性，並給出了相應的模糊可靠度計算公式。 -
After comparing the inherent frequency with the frequency of inertia force, the basic source of violent vibration of mem systems was found and corresponding criterion of anti - vibration structure design was formulated
通過比較系統的固有頻率與噴頭掃描的慣性激振力頻率，找出mem工藝設備劇烈振動的根本原因並得到相應的抗振設計準則。
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