预应力锚杆 prestressed anchor ; prestressed anchor-bolt
拉杆应力 bar stress
下弦杆应力 bottom chord stress
杆应力 stress in the bar
环形预应力混凝土电杆 Circular prestressed concrete pole
预应力拉杆法 prestressed pull bar method
预应力拉杆 prestressed tie rod
护坡桩+预应力锚杆 Slope protection piles + prestressed anchor ; berm pile + prestressed shank ; Slope pile and prestressed anchor
扭矩应力防断裂锚杆 NFMG
砂固结预应力锚杆 sand consolidated prestressed bolt
预应力杆件体系的结构判定是预应力结构设计的基本问题，更是新型预应力杆件结构体系研究的重要基础理论。
Based on the structural determination of prestress pin joint assembly, the structural characteristics of the prestress pin joint structures are discussed in this paper.
单轴的应力状态跟棱柱杆承受单纯轴向拉伸十分近似。
The condition of uniaxial stress is closely approximated in prismatic bars subjected to pure axial tensile.
通过研究基坑的变形，锚杆的受力状态和轴力的分布规律，来分析预应力锚杆柔性支护的力学性能。
The mechanics of its performance are studied by researching the deformation of excavation, the force of anchor and the distribution of axial force.
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