1) bolt bonding quality
锚杆锚固质量
1.
Detection of bolt bonding quality is paid attention to in engineering field.
对锚杆锚固质量的检测一直为工程界所关注,本文比较了拉拔试验与声波反射检测锚杆锚固质量的方法,介绍了两种方法的基本原理以及相关的技术规定。
2) Bolt anchorage
锚固质量
1.
The basic principle of testing bolt anchorage and its operating state by dynamic method was discussed in this paper.
论述了动测法检测锚杆工作状态与锚固质量的基本原理 ,并结合现场实际检测工作 ,论证了动测法检测的可行性与优越
3) anchoring quality
锚固质量
1.
The dynamic testing technology of anchoring quality for engineering anchor rod;
工程锚杆锚固质量动测技术
2.
Synthetical research on application of non-destructive detection technique to anchoring quality of grouted bolt
锚杆锚固质量无损检测技术综合研究及应用
3.
It′s difficult to classify bolt′s anchoring quality according to the dynamic response of bolt.
敲击–回波法正广泛应用于锚杆锚固质量的无损检测中,该方法中存在诸多的影响因素,因此很难直接根据实测的时程曲线对锚杆锚固质量进行准确的人工判读。
4) anchorage quality
锚固质量
1.
Non-destructive testing about anchorage quality of bolt;
锚杆锚固质量无损检测技术研究
2.
Research and application of testing technique about anchorage quality in highway tunnel;
公路隧道锚杆锚固质量检测技术与应用
3.
But it is highly practical for bolt anchorage quality detection,so there sh.
对于全长锚固锚杆中锚固质量为优的锚杆来说,由于看不到底端反射,因而只能根据经验或依据能量衰减与锚固段长度呈指数关系,用测定能量衰减变化量来预测全长锚固锚杆的长度。
5) anchor quality
锚固质量
1.
The curve and the formula can be used as the assessment standards for the anchor quality.
提出一种用于评价锚杆锚固质量的定量分析方法。
6) anchor bolt
锚杆锚固
1.
The author aims at the deficiencies of conventional anchor bolt detection apparatus based on the DOS platform of X86-framework,puts forward a ARM-Linux-based solution,and designs the application software of anchor bolt-quality detection using the Qt Designer in Linux,and actualizes the visual operation of the anchor bolt data collection.
针对传统的锚杆锚固检测仪器基于X86框架下的DOS平台实现的不足,提出了一种基于Arm-Linux的解决方案,并在Linux下利用Qt Designer对锚杆锚固质量检测仪的应用软件进行了设计,详细介绍了主要功能模块的实现过程。
2.
One-dimensional wave equation model of the speed is inversed, this equation is established on anchor bolt practical problem.
锚杆锚固技术在国内外各类大中型岩土工程中应用广泛,在实践中被证明是一种行之有效的锚固技术。
补充资料：采用可拆卸预应力锚杆技术进行高层建筑基坑护坡
采用可拆卸预应力锚杆技术进行高层建筑基坑护坡
霹 采用可拆卸预应力锚杆技术进行高层建筑基坑护坡
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条