本文结合工程实例介绍了植筋锚固技术在水池加固改造中的试验与应用经验。
The test and application experience of inserted bar anchorage technology in water tank consolidation and renovation is introduced in conformity with the project example.
结合植筋锚固技术在建筑领域中的应用，介绍了这一新技术在应用中的不完善之处，相应地提出了一些改进建。
The rebar planting anchorage technique and its imperfections are introduced; some Suggestions are also proposed accordingly, integrating its applications in architectural field.
植筋技术属于新型的钢筋锚固技术。
Planting bar technology belongs to a new anchor bar technology.
最终推导出了植筋的基本锚固长度公式。
Based on this data, the author deduced a basic anchorage length formula of the planting bars.
化学植筋技术是一种基于混凝土结构的新型后锚固技术。
Chemically planted bar in concrete structure is a new style post-embedding technique.
研究了混合粘结剂植筋在爆炸荷载作用下的锚固强度特性，提出了可供应用的锚固设计方法。
The anchorage property of rebar-implanting with composite adhesive under explosive loads is studied by the way of experiment, and the design method is presented.
植筋技术属于新型的钢筋锚固技术。通过对植筋技术的设计原理、施工工艺和应用效果的阐述，分析了该技术的发展前景。
Planting bar technology belongs to a new anchor bar technology. The paper deals with the design principle and the construction method of planting bar. The prospect of the technology is discussed.
种植钢筋是一种先进的后锚固技术，已广泛应用于国内外的民用结构工程，在防护工程中植筋技术具有广阔的应用前景。
As an advanced post installed anchorage technology, insert rebar has already been applied to civil structural engineering all over the world, and has vast prospect for using in protected engineering.
通过植筋拉拔试验，作出植筋荷载——滑移曲线，分析了植筋粘结锚固的破坏过程。
Based on the pull-out experiments, the curves of load-slippage are got, and the failure process of bond-anchorage of bonded rebars is analyzed.
通过植筋拉拔试验，作出植筋荷载——滑移曲线，分析了植筋粘结锚固的破坏过程。
Based on the pull-out experiments, the curves of load-slippage are got, and the failure process of bond-anchorage of bonded rebars is analyzed.
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