lever frame 中文意思是什麼
lever frame
解釋
握柄臺-
The method of curved lever space rigid frame, a new and practicable numerical method, is based on the utility of reinforced concrete shell structure in practical project and on endogen force analysis of shell structure as this paper extracts
摘要從鋼筋混凝土殼體結構的實際應用出發，對殼體結構內力分析提出了一種新型實用的數值分析方法曲桿空間剛架法。 -
The shell is divided into orthogonal or oblique crossing girder systems, which make up a space rigid frame structure, then an analysis is made of the endogen force of the shell structure based on the curved lever space rigid frame structure
該方法通過將殼體結構離散成相互垂直或斜交的曲桿梁系組成的空間剛架結構，進而分析曲桿空間剛架結構的內力，達到殼體內力分析的目的。 -
The front sledge could be steered by a lever on the front of the frame.
前滑板可由位於機身前部的操縱桿控制。 -
Analysis of prototype with frame - bent in the longitudinal direction and frame - shear wall in the transverse direction under the earthquake with peak acceleration 50gal. is conducted. the following subjects are concerned : the dynamic properties, the torsional effect on the structure, split lever influence on the distribution of the shear forces in the columns, the mechanic of the frame corporation with the bent
在試驗研究的基礎上，對橫向框排架、縱向框架?剪力墻結構的整體廠房進行平扭耦聯的地震反應分析，研究了該類結構的動力特性、扭轉對整體結構受力的影響、層間變形及扭轉效應、框架與排架的內力分配、錯層對該層各柱剪力分配的影響、相應的簡化計算方法等相關內容供設計時參照。 -
We provide a simple solution to considering influence of creep during the course of designing the achcfst members in addition, we design economical and high - efficiency steel - frame lever creep experimental mechanisms to complete the achcfst specimen creep test
另外，我們試驗中所設計的鋼架杠桿徐變機是一種經濟高效的高荷載徐變加載系統，是該領域的一個創新。 -
The steel reinforced concrete frame - shearwall structure with a transfer steel truss located at a higher lever is complicated so that its seismic performance is not specific
帶高位大跨度鋼桁架轉換層型鋼混凝土框架?剪力墻結構是一種復雜體型建築結構形式，結構受力機理不明確，設計難度大。 -
The particular two - lever load - carrying system of mega - frame is not only helpful to increase integrity of the structures, improve structural safely properties, economize material and engineering cost, but also bring more flexibility for building design
其獨特的兩級受力體系不僅有利於提高結構整體性，改善結構安全性能，減少材料用量和工程造價，亦給建築設計帶來了更大的靈活性;但同時也導致其力學分析較為復雜。
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