1) ellipse-parabola double yield surface model
椭圆-抛物双屈服面模型
1.
The parameters of the core material of a,KG,n,h,t,M1,M2 are studied in three-dimensional finite element calculation of a core type rockfill dam in the ellipse-parabola double yield surface model.
应用椭圆-抛物双屈服面模型进行心墙堆石坝三维有限元计算,考察了心墙料的模型参数a,KG,n,h,t,M1和M2分别单独变化(而其他6个参数保持不变)对坝体最大沉降点计算沉降的影响。
2) elliptic-parabolic yield surfaces model
椭圆–抛物双屈服面模型
1.
Stress-strain analyses of sand-EPS lightweight-bead fills based on elliptic-parabolic yield surfaces model
基于椭圆–抛物双屈服面模型的砂–聚苯乙烯颗粒轻质填料应力应变分析
3) the Elliptic-Parabolic Yield surface model
椭圆-抛物线双屈服模型
4) ellipse-parabola two-yield-surface model
椭圆-抛物线双屈服面模型
1.
Then, the generalized Bingham model and the ellipse-parabola two-yield-surface model are combined to develop a new rheological model to describe its rheological behavior.
根据对试验结果的分析,可以将连云港海相软土作为弹-粘塑性体来研究;将广义 Bingham 模型和椭圆-抛物线双屈服面模型相结合,建立了新的流变模型来描述其流变特性,得出了各参数,并验证了该模型的适用性。
5) two yield surface constitutive model
椭圆抛物线双屈服面模型
1.
Considering the complicated stress pathes and the apparent shear deformation of soil during excavation,a modified two yield surface constitutive model is applied to finite element analysis of deep excavation.
针对基坑开挖应力路径的复杂性及土体剪切变形显著的特点 ,将椭圆抛物线双屈服面模型应用于开挖有限元分析 。
6) elliptical paraboloid shell
椭圆抛物面型壳
补充资料：抛物柱面
抛物柱面
parabolic cylinder
抛物柱面[钾画比次灯h日er;”即‘o二。，ee姗益明“几“-“月p) 一个二次抛物曲面(见二次曲面(surface ofthesecond order))，其准线为一抛物线(p哪比h).空间中抛物柱面的典范方程是 夕2二2尸x
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