rhs

Research on the load-carrying capacity of RHS joints with individual load case

单项受力状态下矩形钢管相贯节点的承载力研究

So people throw more and more concern on the RHS structure .

因而，人们对方管结构的关注与应用也越来越多。

Design of joints is a life and death issue in the design of RHS structures .

节点设计是管结构设计的核心问题。

Experimental studies on behavior of concrete-filled RHS members subjected to pure bending

矩形钢管混凝土构件抗弯力学性能的试验研究

Finite Element Analysis on Static Behavior of Spatial RHS TT-joints

空间TT形方管节点静力工作性能的有限元分析

RHS is derived from fit which is the theory basis for defining evolution rules .

RHS从适应性（Fit）引申而来，是定义模型演化规则的理论基础。

Experimental research on mechanical behavior of RHS trusses with concrete-filled in chord

主管内填充混凝土矩形钢管桁架受力性能试验研究

Research on Properties for Semi-Rigid Connections of H-Section Beam and RHS Column

H型钢梁与RHS柱半刚性连接节点的性能研究【化】浓缩柱，蒸浓柱

The research of ultimate strength of reinforcing T-type RHS joints

加强T形方管节点的极限承载力研究

The research of ultimate strength of welded K-type RHS joints

空间KT型方管加强节点的承载力性能研究

Application of GO-FLOW Methodology to RHS Reliability Analysis in PWR

GO-FLOW法在压水堆余热排出系统可靠性分析中的应用

Behavior of concrete-filled steel RHS subjected to biaxial eccentric loading

考虑扭转的矩形钢管混凝土双向偏压构件静力性能

The cycle and transformation of RHS in the troposphere are summarized .

在讨论RHS在对流层的循环转化的基础上，归纳总结出一个示意图；

The tests show the importance of good concrete compaction for concrete-filled steel RHS stub columns .

试验充分证明了混凝土密实度对矩形钢管混凝土短柱的重要性。

It was proved that ANSYS is feasible to analyze the static behavior of RHS joints .

研究结果表明，采用ANSYS分析方钢管节点是可行的。

Influence of height-to-breadth ratio on the behaviors of high strength concrete-filled RHS tubes

截面长宽比对矩形钢管高强混凝土力学性能的影响

Calculation of Ultimate Load-Carrying Capacity of Welded RHS Joints

焊接方管节点极限承载力计算

The right hand side ( RHS ) of the nearest rule is the solution for user query .

近邻规则右部就是提供给用户查询的求解方案。

Load-carrying capacity of stepped T-type RHS joints under complicated loading

复杂荷载下不等宽T型方管节点承载力计算

Stiffness of stepped T-type RHS joints subjected to axial loading

不等宽T型方钢管节点的刚度计算

Research on Strength of Welds in Overlaped RHS K ( N ) - joints

矩形管K（N）型搭接节点焊缝计算研究

Static behavior and design of full-width T-type RHS joints

等宽T型方管节点静力工作性能与设计

It returns a concatenation of the path formed using lhs and rhs .

它将返回使用lhs和rhs形成的路径的串联值。

Influence of concrete compaction on the behavior of concrete-filled steel rhs ( rectangular hollow section ) stub columns

混凝土密实度对矩形钢管混凝土短柱力学性能影响研究

Static behavior of stepped T-type RHS joints

不等宽T型方管节点静力工作性能的研究

Research on the load-carrying capacity of RHS joints with combined load cases ANALYSES OF MECHANICAL BEHAVIORS OF COMBINATIONAL MULTI-RIBBED COMPOSITE WALL

复合受力状态下矩形钢管相贯节点的承载力研究组合式密肋复合墙体的受力性能研究

The influence of geometric parameters on stepped T-type RHS joint was studied by using finite element method considering material and geometrically nonlinear effect .

采用能处理几何非线性和材料非线性影响的有限元方法，研究了几何参数变化对弯矩作用下不等宽T型方管节点性能的影响。

Lhs and rhs are commonly used abbreviations for left-hand side and right-hand side , respectively .

（lhs和rhs分别是左边（left-handside）和右边（right-handside）的常用缩写。）

Calculation of load-carrying capacity of full-width T-type RHS joints

等宽T型方管节点承载力计算

This abnormal phenomenon is ascribed to the increase of reactive halogen species ( RHS ) in the atmosphere .

这种现象的发生被认为是大气中活性卤素物种的增多而引起的。