1.
Apply Research of the Theory of Wholly Grouted Anchor Load Transfer Model;
全长粘结式锚杆传力模型及应用研究
2.
Numerical Simulation of the Pullout Test of Wholly Grouted Cable
全长粘结式锚杆拉拔试验的数值实现
3.
Research for Mechanical Character and Dynamic Testing Property of Fully Grouted Bolt;
全长粘结式锚杆受力特征及动测特性研究
4.
Study on Support Mechanism and Finite Element Simulation Method of Tunnel Fully Grouted Bolt;
隧道全长粘结式锚杆支护机理及其有限元模拟方法研究
5.
Mechanical Characteristics and Numerical Simulation of Full Grouting Bolt;
全长粘结式锚杆受力特性以及数值仿真试验研究
6.
Response of dynamic and static displacements of jointed slope reinforced by wholly grouted bolts
全长粘结式锚杆加固节理边坡的动静态位移响应
7.
Contrastive Study of Sectionalized and Wholly Grouted Anchor Load Transfer Machanism
多段型与全长粘结型锚杆锚固机理的对比研究
8.
The distribution model of bond stress over the splice length is developed.
建立了粘结应力沿锚固长度的分布模式。
9.
(3) Created numerical manifold model of fully bonded bar based on the limited cover technology of manifold method, this model is a new numerical model of bolt which use partially analytic displacement pattern.
(3)基于有限覆盖技术,建立了全长粘结杆件的数值流形方法模型。
10.
Experimental and Clinical Studies on the Bonding Performance to CAD/CAM Feldspathic All Ceramic Restoration
CAD/CAM长石质全瓷修复体粘结性能的实验和临床研究
11.
New damage detection method of structural silicone sealant in hidden frame supported glass curtain wall based on FFT power spectrum
一种基于FFT功率谱的全隐框玻璃幕墙结构胶脱粘长度检测方法
12.
Mechanics Analysis and Numerical Emuation Test on the Fully Grout-ed Bolts in Tunnel;
隧洞全粘结式锚杆受力分析与数值仿真试验研究
13.
Non-mechanical seat-to-disc alignment will not stick or freeze.
采用非机械式的阀座对阀瓣排列结构,因此安全阀不易被粘住或冻结。
14.
In addition, growth hormone can attach to binding proteins.
另外，生长激素可以粘附结合蛋白质。
15.
Experimental Study on the Effective Bond Length Between BFRP Sheets and Concrete
BFRP与混凝土有效粘结长度的试验
16.
Laws of stress increment in unbonded tendons in concrete beams and slabs at serviceability stage
混凝土梁板中无粘结筋应力增长规律
17.
The investigation of shear strength of partly consolidated clay
未完全固结软粘土抗剪强度试验研究
18.
Comparison Study on Total-etching and Self-etching Dentin Adhesive Systems;
全酸蚀/自酸蚀牙本质粘结系统的评价