1) anchored system
锚具系统
2) mooring system
锚泊系统
1.
Experimental Research of mooring system for Semi-submersible Ferry-type Landing;
可潜式滚装码头锚泊系统试验研究
2.
Analysis method for a mooring system by considering the elastic deformations of a floating body;
考虑浮体弹性变形的锚泊系统分析方法
3.
Numerical Simulation on Hydrodynamic Response of Wave Action on Mooring System;
波浪作用下锚泊系统动力响应的数值模拟
3) systematic bolts
系统锚杆
1.
Mechanical analysis of systematic bolts on rock mass in high side slope at intake of Xiangjiaba Hydropower Station;
向家坝进水口高边坡系统锚杆受力状况研究
2.
Based on the numerical model analysis,the improvement of elastic modulus and Poisson s ratio is discussed;and the different influence-degrees of systematic bolts on different rock masses are analysed .
通过有限元数值模拟分析,对边坡岩体的分离块体经系统锚杆加固后,其弹性模量及泊松比 的变化规律进行了初步研究,并计算和比较了锚固对不同强度岩体的参数影响大小,得到了相应 的结论。
3.
in this Paper, through the similar model tests in the laboratory, the improvement of compressive strength, elastic modulus, C and values is discussed, and the anisotropy is preliminarily studied for therock mass reinforced with systematic bolts in the high slope of Three Gorges flight lock.
通过室内相似模型试验,对三峡船闸高边坡岩体的分离块体经系统锚杆加固后,其抗压强度、弹性模量及C、值的提高、锚固岩体的各向异性进行了初步研究,得出了相应的结论。
4) system bolt
系统锚杆
1.
Most of tunnel system bolt design are analogical between each other without any consideration of the effect of surrounding rock.
隧道系统锚杆的设计大多采用工程类比法,没有充分考虑到围岩对支护结构的影响。
2.
It has been a focus of debate for a long time how the system bolts act in the loess tunnel.
黄土隧道系统锚杆的作用效果问题一直是争论的焦点,目前存在两种观点:一种观点认为,黄土隧道的拱部锚杆对黄土隧道稳定性不起作用,可以不设锚杆;另一种观点认为,锚杆对黄土隧道稳定性起关键性作用,应该设置锚杆。
5) anchorage system
锚碇系统
1.
This paper presents the alternative of locate mode for main pier 7 of Nanjing Dashengguan Changjiang River Bridge,including the design and arrangement of anchorage system,and construction techniques for accurate location of the cofferdam.
介绍南京大胜关长江大桥7号墩钢吊箱围堰定位方案的比选,锚碇系统的设计和布置,以及钢吊箱的精确定位技术。
2.
This paper presents the study of construction scheme for large-scale deepwater foundation, including the alternative of locate mode for double-wall steel boxed cofferdam, design and arrangement of heavy anchorage system.
介绍大型深水基础施工方案的研究,包括双壁钢吊箱围堰定位方案的比选、重型锚碇系统的设计和布置等。
3.
Taking the construction of sunk anchorage system of the deformed double wall steel cofferdam of Wuhan Junshan Changjiang River Highway Bridge as the actual example,the paper intorduces the construction technology of the anchorage system of the largest steel cofferdam in the same kind of bridges in China.
本文以武汉军山长江公路大桥异形双壁钢围堰的下沉的锚碇系统施工为实例 ,介绍了国内同类型桥梁中最大钢围堰锚碇系统的施工技术。
6) anchoring system
锚固系统
1.
Engineers made 2 plans for position of prestressed steel pipes of the north anchoring system of Wuhan Yangluo Changjiang River Road Bridge.
武汉阳逻长江公路大桥北锚碇锚固系统预应力钢管定位,采用了门式桁架初步固定预应力钢管、安装过程中用全站仪测量,并通过微调装置控制的方法。
补充资料:四种具足法──在家人四种具足法
【四种具足法──在家人四种具足法】
﹝出杂阿含经﹞
[一、信具足],谓在家之人,于如来所,起敬信心,闻胜妙法,心开意解,不生疑谤,信根坚固,是名信具足。
[二、戒具足],谓在家之人,起净信心,受佛禁戒,不杀不盗不邪淫不妄语不饮酒,持此五戒,一无毁犯,是名戒具足。
[三、施具足],谓在家之人,受前戒法,能于一切所有之财,不悭不惜,施济贫乏,修此舍行,是名施具足。
[四、慧具足],谓在家之人,既受戒行施,当以智慧,观察此身虚假不实,由贪嗔痴起诸烦恼,招集无量生死之苦,能修善道,证涅槃乐,是名慧具足。(梵语涅槃,华言灭度。)
﹝出杂阿含经﹞
[一、信具足],谓在家之人,于如来所,起敬信心,闻胜妙法,心开意解,不生疑谤,信根坚固,是名信具足。
[二、戒具足],谓在家之人,起净信心,受佛禁戒,不杀不盗不邪淫不妄语不饮酒,持此五戒,一无毁犯,是名戒具足。
[三、施具足],谓在家之人,受前戒法,能于一切所有之财,不悭不惜,施济贫乏,修此舍行,是名施具足。
[四、慧具足],谓在家之人,既受戒行施,当以智慧,观察此身虚假不实,由贪嗔痴起诸烦恼,招集无量生死之苦,能修善道,证涅槃乐,是名慧具足。(梵语涅槃,华言灭度。)
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参考词条