1.
Active Vibration Control of Piezoelectric Smart Cantilever Plate and the Optimization of PZT s Locations;
压电智能悬臂板梁振动的主动控制与压电片的优化布置
2.
THE STUDY OF THE DESIGN THEORY FOR THE CANTILEVER DECK OF SINGLE-CELL BOX GIRDER BRIDGES
单室箱梁桥悬臂行车道板设计计算理论研究
3.
Research on the Reasonable Length of Cantilever of Concrete Box Girder;
混凝土箱梁翼板悬臂合理长度分析研究
4.
Mechanical Behavious & Experimental Analysis of Wide Curved Box-Girder
大悬臂弧线底板箱梁桥受力与试验分析
5.
Experimental Study and Analysis on the Behaviors of Steel-Concrete Composite Spine Girder with Large Cantilevered Beams Possessing Corrugated Steel Web;
带波形钢腹板悬臂挑梁的组合脊骨梁力学性能分析与试验研究
6.
Considering the difference of cantilever plate between the end and the middle of the concrete box bridge, the chief influence factor is studied.
考虑箱梁端部和跨中悬臂板根部的区别，研究了影响变厚度悬臂根部弯矩的主要因素。
7.
cantilever beam impact tester
悬臂梁式冲击试验机
8.
rotating cantilever beam type machine
旋转悬臂梁式试验机
9.
Design on Large Cantiever Prestressed Cap Beam Formwork Support of Zhengzhou Yellow River Railway-highway Bridge
郑州黄河公铁两用桥大悬臂预应力盖梁模板支撑设计
10.
uniform cantilever beam
等截面悬臂梁，等截面外伸梁
11.
Application of Bracket with Double-cantilevers Longitudinal Beam in 0# Block of Cantilever Perfusion Beam
牛腿双悬臂纵梁用于悬灌梁0#块支架的研究
12.
A Micromechanical Cantilever Magnetic Field Sensor and the Resonat Cantilever Electromagnetic Exciting Technique;
MEMS悬臂梁磁场传感器与谐振悬臂梁电磁驱动技术
13.
Plastics--Determination of izod impact strength
GB/T1843-1996塑料悬臂梁冲击试验方法
14.
method of izod impact test for rigid plastics
硬质塑料悬臂梁冲击试验方法
15.
The structure consists basically of two cantilever beams.
这种结构基本上由两根悬臂梁组成。
16.
Force-measuring elements employ either a cantilever beam or a column arrangement.
测力元件采用悬臂梁或柱的形式。
17.
The linearis monitoring under skew continuous box girder bridges cast with balanced cantilever method
悬臂浇注斜交连续箱梁桥的线形监控
18.
Study of the Cantilever Construction Control of the Road-Rail Double-Decked Beam Bridge;
公轨两用双层梁桥悬臂施工控制技术