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1)  flexible bearing plate method
柔性承压板法
1.
According the stiffness of bearing plate,the deformation test of bearing plate method is divided into rigid bearing plate method and flexible bearing plate method.
承压板法变形试验根据承压板的刚度分为刚性承压板法和柔性承压板法,两种试验方法的适用范围在规程中均有相应的规定。
2)  fleaible bearing plate
柔性承压板
3)  flexible platform plate
柔性承台板
1.
This paper describes the foundation calculation of the group piles on the soft foundation, the method for distinguishing the connecting type of the pile top and platform plate, the design for the flexible platform plate and seismic design of oil tank body.
介绍软土地基群桩基础的计算;桩顶与承台板连结型式的判别方法、柔性承台板的设计以及油罐罐体的抗震设计。
4)  rigid bearing plate method
刚性承压板法
1.
According the stiffness of bearing plate,the deformation test of bearing plate method is divided into rigid bearing plate method and flexible bearing plate method.
承压板法变形试验根据承压板的刚度分为刚性承压板法和柔性承压板法,两种试验方法的适用范围在规程中均有相应的规定。
5)  rigid bearing plate
刚性承压板
1.
Calculation on elastic moduli of stratified layers under deformation test with rigid bearing plate;
刚性承压板法变形试验的分层弹模计算
2.
Inversion of compression creep parameters of deep rock under rigid bearing plate
刚性承压板下深部岩体压缩蠕变参数反演
3.
The process,method and achievements of compressive creep test for large-scale rigid bearing plate of diabasic dike at Dagangshan Hydropower Station are introduced in detail.
详细介绍大岗山水电站坝区辉绿岩脉大型刚性承压板压缩蠕变试验过程、方法和试验成果,深入分析压缩蠕变变形随时间的变化规律;利用蠕变试验数据回归拟合得到坝区辉绿岩脉的压缩蠕变经验方程,为深入认识和了解大岗山水电站坝区辉绿岩脉的流变力学特性提供重要的试验和理论依据。
6)  flexible supporting system
柔性支承
1.
A new type of flexible supporting system consisting of wind-resistance cable,suspended cable on roof and vertical cable is introduced in this paper,and its dynamic.
某重屋盖柔性支承结构点支式玻璃走廊即为将刚性梁和柔性索(包括揽风索、悬索和立面的竖索)相结合的一种新型结构形式,本文通过对该工程实例的分析计算,得出了结构的自振特性,并采用振型反应谱分析法研究了某些索内预应力的变化对结构变形和其它索内力的影响,计算结构表明,拿掉揽风索会导致屋盖平面外刚度减小,结构第二振型改变也较大。
2.
A calculation method for flexible supporting system with large displacements and deformations is developed so as to determine the tangent stiffness and internal stress vector.
柔性支承体系在设计时必须采用可以考虑几何非线性的计算程序进行设计。
补充资料:承承
1.谓代代承继。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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