1) axial force variation coefficient
轴力变化系数
2) rate of resistance coefficient change
阻力系数变化率
3) axial compression ratio
轴压力系数
1.
Experimental research and theoretical analyses on axial compression ratio of steel reinforced concrete special-shaped columns;
型钢混凝土异形柱轴压力系数限值的试验与理论分析
2.
Limited values on axial compression ratio of steel reinforced high-strength concrete short columns;
钢骨高强混凝土短柱轴压力系数限值
3.
Through 12 specimens experimentation study of steel reinforced high-strength concrete columns,it is analyzed the influence of slenderness ratio,axial compression ratio,stirrup ratio and steel form on the bearing capacity of columns.
通过12根钢骨高强混凝土柱的承载力试验,分析了长细比、轴压比、配箍率及钢骨形式对柱受力性能的影响,发现钢骨高强混凝土柱的受力性能除对轴压力系数、长细比敏感外,钢骨形式也是一个重要的影响因素,对于钢骨形式不同的钢骨高强混凝土柱,可适当调整其轴压力系数限值。
4) variation coefficients of load-carrying capability
承载能力变化系数
1.
Based on the load-deflection curves obtained from the experiment,the flexural toughness indexes and the variation coefficients of load-carrying capability are calculated and analyzed according to test methods CECS13∶89 used for steel fiber reinforced concrete in China.
依据实验得出荷载-挠度曲线,按照我国现行的钢纤维混凝土实验方法CECS13∶89计算分析弯曲韧度指数和承载能力变化系数。
2.
Then,the bending toughness index and variation coefficients of load-carrying capability are calculated according to test methods used for steel fiber reinforced concre.
采用国内钢纤维混凝土实验方法,计算出弯曲韧性指数和承载能力变化系数,以此衡量RPC200的抗弯韧性,给出了钢纤维含量对RPC200韧性指数和承载力变化系数的影响规律。
3.
Based on the load-deflection curves obtained from the experiment, the flexural toughness indexes and the variation coefficients of load-carrying capability were calculated according to CECS13∶89 test methods used for steel fiber reinforced concrete in China.
根据实验得到的荷载挠度曲线,按照我国现行的CECS13∶89钢纤维混凝土实验方法计算了弯曲韧度指数和承载能力变化系数,其计算值随着钢纤维体积率的增大而增大,且大于与初裂点相对应的理想弹塑性材料的相应值。
5) air pressure variation coefficient
空气压力变化系数
6) variation factor of flex-ural resistance
弯曲承载力变化系数
补充资料：压力系数
分子式：
CAS号：
性质：当流体绕一物体流过时，在流体未受干扰的地方其流速为v，流动静压力为ps，流体的密度为ρ，则在被绕流物体上任意一点的压力，ρs1与未受扰动流体的压力ps，之差与未受扰动流体速度头( )之比值称为压力系数，以p表示，即
CAS号：
性质：当流体绕一物体流过时，在流体未受干扰的地方其流速为v，流动静压力为ps，流体的密度为ρ，则在被绕流物体上任意一点的压力，ρs1与未受扰动流体的压力ps，之差与未受扰动流体速度头( )之比值称为压力系数，以p表示，即
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条