1.
Simulation on Flow Field of Inverted Arch Cushion Pool and Experimental Study on Vibration Characteristics of Slabs;
反拱水垫塘流场数值模拟及其底板块振动特性的试验研究
2.
A Study of Santana Drum Brake Back Plate Vibration Modality
桑塔纳轿车鼓式制动器制动底板振动模态研究
3.
On That the Radian of Both Faceplate and Soleplate of Violin Resonator Influence Upon the Librations Features;
小提琴共鸣箱面板和底板弧度对振动特性的影响
4.
"After each 10 m long Base part-section is concreted, the TVM 18 is relocated, after each roadway surface concreting cycle, the pipe Bridge is moved."
"每浇注10米基底,就移动TVM18, 浇注完一块路面板后,移动管道桥。"
5.
Background vibration analysis for traffic environmental vibration testing
交通环境振动测试中的本底振动分析
6.
Finite element analysis of single dust-collecting plate's rapping acceleration
单块集尘板振打加速度的有限元分析
7.
Some distance above the lead block a photographic plate is placed.
在铅块上方某一距离处放一照相底板。
8.
Remove the floor console from the floor pan transmission tunnel.
从底板变速器-传动轴盖板中拆去底板支柱。
9.
Driving components are installed on backboard of equipment to facilitate adjustment and maintenance and also protect production against shake.
传动构件安装在设备底板上，调整检修方便，且能消除因运转产生的振动。
10.
Protective metal sump shield
发动机底盘保护钢板
11.
The movement of plates is dangerous.
板块运动是非常危险的。
12.
The stilling basin base plate supports large impact pressure in the impacted area.
消能塘底板在射流冲击下,底板块在冲击区受到较大的冲击压力。
13.
"So there were eight boards with sixteen bases of silver, two bases under every board."
有八块板和十六个带卯的银座，每块板底下有两卯。
14.
Study on the Impact in the Course of the Starting and the Influence of Vibrating Parameters
振动平板夯起振冲击机理及振动参数影响分析
15.
Large Eddy Simulation Study for Evolution of CoherentVortex Structure in Oscillatory Boundary Layer Flow over Flat-Plate or Winger-Type Wall
平板和翼型壁面上振荡流底边界层中拟序涡结构运动演化的大涡模拟研究
16.
"and for these twenty boards, forty silver bases, two bases under every board, to take its tongues."
在这二十块板底下又作四十个带卯的银座，两卯接这块板上的两榫，两卯接那块板上的两榫。
17.
"With forty silver bases under the twenty boards, two bases under every board to take its tongues."
在这二十块板底下要作四十个带卯的银座，两卯接这块板上的两榫，两卯接那块板上的两榫。
18.
Study of Vibration and Noise Reduction by Minimizing Vibration Velocity for Plate Based on FEM/BEM
FEM/BEM法振动板减振降噪优化设计