岩土锚固能调用和提高岩土的自身强度和自稳能力。
Anchorage system can transfer or enhance intensity and steady ability of the geotechnical project.
尤其是岩土锚固机理的研究已经远远落后于工程实践。
Especially, the study of anchor mechanism has been laid behind the engineering practice most.
这些工作都对提高岩土锚固工程的安全性起到重要作用。
Therefore, the achieved results can provide references to advancing the safety of ground anchorage engineering.
锚固技术在岩土工程中应用广泛，但岩土锚固理论还不完善。
Anchor technique is widely used in geotechnical engineering, while the mechanism of anchorage is still not known well.
岩土锚固技术是支护与加固不稳定岩土经济而安全有效的方法。
The rock-soil anchoring technique is a safe and economical method for the support and reinforcement of unstable rock-soil.
对锚杆应力分布状态的监测一直是岩土锚固工程中的难题之一。
Monitoring of the stress distribution along anchor bolts is a critical issue for ground anchorage engineering.
鉴于压花锚的优良锚固性能和经济实用性，建议在岩土锚固工程中推广应用。
For the excellent anchorage performance and economical practicability of bulb anchor, it is worthy to be applied popularly to geotechnical anchorage engineering.
岩土锚固结构在我国已有数十年的应用，如何评估岩土锚固结构的耐久性尤其是腐蚀程度是目前比较关注的问题。
The ground anchored structures are widely used for almost tens years in China; and the anchored structures are vulnerable to failure by corrosion in the metal elements.
以施工实践为基础，结合理论分析，提出了一种在岩土锚固工程施工中广泛应用的新型钻探工艺技术———螺旋冲击回转钻进技术。
Combined with projects, this paper introduced several kinds of anchor drilling technics in side slope anchoring project by anchorage cable and anchor rod.
通过具体的工程实例，阐述在公路建设中对岩土工程预应力锚固系统的质量检测、监控的技术方法和手段。
Through concrete project examples, the technological methods and means for inspecting and monitoring the quality of the prestressed anchoring system in geotechnical engineering were expounded.
因此，用纤维增聚合物锚杆代替钢锚杆为锚固技术在岩土工程中的应用开辟了广阔的前景。
So the fiber reinforced plastic bar anchors can make the anchoring techniques have a more wide range of rock engineering applications.
锚固技术是岩土工程加固的一种重要手段。
Anchorage technology is an important means of reinforcement in the geotechnical engineering.
锚固技术是岩土工程加固的一种重要手段。
Anchorage technology is an important means of reinforce in the geotechnical engineering.
锚杆在岩土介质中的复杂性、多变性，使得锚固能力确定计算十分困难。
The complexity and changeability of the rock medium into which anchors are put make it rather difficult to determine the anchoring ability.
预应力锚固技术是现代岩土工程加固技术的重要手段。
Prestressed anchorage technique is an important method to reinforce high rock slope.
近几年来随着锚固技术的日益完善，锚固工程在它独有岩土加固领域显示着越来越旺盛的生命力。
In recent years, with the anchoring technology has improved steadily, it has showed more and more vitality in the area of reinforcement in the geotechnical engineering.
因此，对锚固工程的损伤识别、质量诊断以及实时检测和补强等问题，一直是岩土工程界广泛关注的问题。
Therefore, the problem of damage identification, quality diagnosis and real-time detection and reinforcement, are of widespread concern to the geotechnical field.
因此，对锚固工程的损伤识别、质量诊断以及实时检测和补强等问题，一直是岩土工程界广泛关注的问题。
Therefore, the problem of damage identification, quality diagnosis and real-time detection and reinforcement, are of widespread concern to the geotechnical field.
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