The testing results about the use of new rail joint was introduced, which include the dynamic flexure stress of upper limb and lower margin of joint bar, shearing stress of horizontally neutral axis.
本文对三种新型钢轨接头现场使用情况的测试结果进行了介绍，主要包括测点处的钢轨接头夹板上、下缘动弯应力、夹板水平中性轴处剪应力。
The deformation not only reflects the flexure behavior of slab at every loading stage, but also affects the stress status on the surface of punching shear cone and the ultimate capacity of the slab.
该变形反映了板在各个受力阶段的抗弯性能，也在很大程度上直接影响着冲切锥面上的应力分布和板的抗冲切能力。
The maximum moment and maximum deflection of flexure hinge could be applied are analyzed, and their calculating equations are given while stress concentration is neglected.
对直圆柔性铰链所能承受的最大力矩和最大角位移进行了分析，给出了它们在不考虑应力集中影响下的计算公式。
The mechanical behavior of steel webs with negative bending was studied with combined stress loads of flexure, axial pressure and shear to prevent local buckling in continuous composite beams.
为避免钢混凝土连续组合梁发生局部失稳，对负弯区钢梁腹板在弯曲应力、轴向压应力和剪应力联合作用下的力学性能进行了研究。
A group of hybrid flexure hinges with different corner filleted radius are analyzed using finite element method, and their flexibility stress ratios are achieved.
通过有限元方法，分析了一组不同导角半径的混合铰链设计实例，并得到其柔度应力比值。
Furthermore, the maximum value of curvature, Angle of rotation, stress and moment of flexure of pipeline all appear at the corner of pit with 20% excavation length.
此外，管线最大曲率、转角、最大应力和弯矩均发生在基坑端角部20%开挖长度的范围内。
Asphalt mixture laboratory four-point flexure beam fatigue test was processed by controlled stress mode.
本研究最终采用室内四点弯曲应力控制模式进行沥青混合料小梁疲劳性能试验。
For rail anti-slide piles, the bending moment, normal stress and anti-slide force of rail anti-slide pile are calculated inversely based on flexure deformation measured by inclinometer.
对于钢轨抗滑桩，把测斜仪所测横向变形当作钢轨桩的弯曲变形，然后再反算出钢轨桩的弯矩、正应力和抗滑力。
Fundamentals of strain Measurement -definition of strain, stress, board flexure and strain gages.
应变测量基础——介绍应变，应力，印制板弯翘的概念以及应变片等。
The development of flexure hinges with large deflection, low stress, small parasitic center shift has always been a difficult problem.
大变形、小应力、小中心漂移的柔性铰链的研制一直是柔性铰链研究的难题。
The development of flexure hinges with large deflection, low stress, small parasitic center shift has always been a difficult problem.
大变形、小应力、小中心漂移的柔性铰链的研制一直是柔性铰链研究的难题。
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