1.
Research on Analyses of Construction and Seismic Response and Optimization of Closure Jacking-Force of Low-Pylon Cable-Stayed Bridge Based on Beam Element;
基于梁单元的矮塔斜拉桥施工与地震计算和合龙顶推力优化研究
2.
Assistant pullback technique for main span closure of Sutong Bridge
苏通大桥主桥中跨顶推辅助合龙技术
3.
Incremental launching construction research of the closure section of Xicheng bridge at Nanping in Fujian
福建省南平市西城大桥合龙段顶推施工研究
4.
Analysis and Experiment on Jacking Force with High Temperature Closure for Continuous Rigid-frame Bridge
连续刚构桥高温合拢顶推力的分析与试验研究
5.
Algorithms for the Jacking Force of High-temperature Closure Of a Continuous Rigid-frame Bridge
连续刚构桥高温合拢顶推力的计算方法研究
6.
Study on the Jacking Force Induced by Linear and Curved Pipe Jacking Construction;
直线及曲线顶管施工中的顶推力研究
7.
Implementing Famous Brand Strategy to Promote Tea Industrilization;
实施龙顶名牌战略 推进茶叶产业化进程
8.
Upward pressure from underlying magma domes the surface.
地下岩浆的向上推力使地面成圆顶形。
9.
Calculation and Application of Lunching Force in Bridge Construction by Swing
桥梁转体施工过程中顶推力的计算及应用
10.
Calculation Analysis of Closure Jacking Force and Introduction to Construction Monitoring Scheme of Incremental Launching of Continuous Rigid Frame Bridge
连续刚构桥顶推合拢的计算分析及施工监控
11.
Pushing Heilongjiang Service Trade by Regional Soft Power;
以区域软实力推进黑龙江省服务贸易发展
12.
Promote the Cooperation Strategy with Korea,Improve HeiLongJiang Provincial Economy Develop Continuously;
加强对韩国经贸合作 推动黑龙江持续发展
13.
downbound tows
下行(顶推)驳船队
14.
A cooperative movement was being vigorously pushed.
合作化运动在大力推广。
15.
The study on different hormone groupings inducing terminal bud and lateral bud of Gentiana rigescens Franch..ex Hemsl to produce indefinite bud;
不同激素组合对诱导滇龙胆顶芽及腋芽产生不定芽的研究
16.
Research on Light Steel Keel Composite Wall s Bearing Capacity under Vertical Loadings;
轻钢龙骨组合墙体的竖向承载力研究
17.
Analysis on Combining Ability of Germplasm Resources from Heilongjiang
黑龙江省地方种质资源的配合力分析
18.
Abstract: Pushing force calculation and main motor capacity calibration are conducted for the three push bench pipe mills currently used in the country.
文摘:对我国现有3套顶管机进行了顶推力计算，对主电机容量进行了校验。