无限条分法,infinite slice method
1)infinite slice method无限条分法
1.Making use of the fundamental principle of the Fellenius method of slices in the slope stability analysis,the author develops an analytic formula for the stability of the tunnel face with theinfinite slice method under the 3D condition.以西安地铁盾构施工为背景,研究了盾构施工时开挖面的稳定性,借鉴粘性土坡稳定分析方法中的费连纽斯条分法的基本原理,推导出了三维情况下无限条分法计算开挖面稳定性的解析公式,并通过算例,引用生物遗传进化法的思想,搜索出了最危险滑裂面,确定了保证开挖面稳定的盾构施工最小支护力。
英文短句/例句
1.Research on the Proper Method in Settlement of Passive Pile s Pile Spacing and the Study on Infinite Slices Method;被动桩桩间距的合理确定方法的研究和对无限条分法的探讨
2.Mail id invalid or not unique, cannot resolve to directory authorization entry.邮件id无效或不唯一，无法分解成目录权限条目。
3.Analysis of Finite Element Method for the Heat Equation on a Long Stripe无限长条形区域上热传导方程的有限元方法分析
4.The Deadlock-free Routing Restrictions and Deadlock-free Routing Algorithms on Star Graph;星形图上无死锁受限条件及路由算法
5.Unlimited Liabilities of the Limited Corporations:Comment on Article 12 of Corporate Law;有限责任公司的无限责任——《公司法》第12条及简评
6.The ultimate load of plate girders was analyzed by spline finite strip and plastic hinge method.用样条有限条塑性铰法分析了板梁的极限荷载。
7.Separation of variables for vibration problems of infinite and semiinfinite strings无限长与半无限长弦振动的分离变量解法
8.Study on Optimality Conditions for Semi-infinite Programming and Optimization Methods with Perturbations;半无限规划最优条件与扰动优化算法的研究
9.On Legislative Defects of Concluding Conditions about Flexible-term Labor Contract;无固定期限劳动合同订立条件的立法缺陷
10.Analysis of Broken Bar Faults of Induction Motor Based on Finite Element Method基于有限元法的电动机断条故障分析
11.Legal Analysis of No-Talking Provisions in Merger Agreements;并购合约中限制谈判条款的法律分析
12.Analysis of Concrete Slab-Girder by A Simplified Finite Strip Method混凝土板梁的有限条法简化分析(英文)
13.THE SPLINE FINITE MEMBER ELEMENT METHOD IN VIBRATION ANALYSIS OF THIN-WALLED CURVED BEAMS薄壁曲梁振动分析的样条有限杆元法
14.ε-Optimality conditions for a class of fractional semi-infinite programming with(F,α,ε)-convex functions(F,α,ε)-凸分式半无限规划问题的ε-最优性条件
15.Optimality Conditions for a Class of Generalized Semi-Infinite Vector Fractional Programming一类广义半无限向量分式规划的最优性条件
16.Optimality Conditions for theconvex of Semi-infinite Fractional Programming(F,α,ρ,d)_k-V-凸半无限分式规划的最优性条件
17.Couple Analysis of Slice Method and Finite Element Method for Slope Stability;边坡稳定性的条分法与有限元法耦合分析
18.Calculation of Bond Strengths in Metal-ceramic Systems Using Finite and Infinite Element Stress Analysis;金—瓷结合的有限元与无限元法力学分析
相关短句/例句
infinite slicing无限条分
1.Based on the mechanicsl nature of slicing and the conception ofinfinite slicing, the paper discusses the principles of selecting the slice paraneters by using the theoretical analysis and the numerical calculation, and then a suggestion of the adequate number of slices in soil slope is proposed.本文从阐述条分的力学本质入手,用无限条分的概念,通过理论分析和计算对比,给出条块选择的原则。
3)infinite-spline interpolation无限平板样条法
4)infinitive segmentation无限分割法
5)infinite subdivision method无限细分法
6)unconditionally stable finite-difference time-domain (US-FDTD)无条件稳定时域有限差分法
延伸阅读
垂直分条充填采矿法垂直分条充填采矿法perpendicular slot fill sloping割_L作是开凿切割平巷和切割上山凸自切割上山开始沿走向依次回采宽约2·4m的分条，多川上向倾斜炮眼爆破，逆倾斜逐次回采分条中矿石，并用电把出矿和用支柱支撑顶。崩落的矿石用电耙从落下地点运搬到切割平巷.然后再运搬到溜井根据顶板稳定情况，侮采出l一2个分条后充填一次。在相邻的条形控顶空间的侧面和端部设置滤水隔墙，随后进行水砂充填。充填日J可以回收部分支柱。壁式垂直分条充填采矿法适于开采薄和中厚的缓{顷斜矿体。/爪图l壁式垂直分条充填采矿法 ]阶段运输平巷2切割工巷;溜井4切割上山;几泣采工牛面;6浅孔下志水隔墙;8充填管:，充填体全面垂直分条充填采犷法矿块结构参数和采准巷道位置见图2。每个矿块包括三个分条·依次开采各个分条。在每个分条中先采出切割上山一侧的矿石，另 一侧作为隔离矿柱，待相邻分条充填完毕，再进行回采〕这样做能使相邻分条的采出工作和充填工作互不干扰。回采矿石从切割平巷用浅眼落矿，用电耙向溜井耙矿和用锚杆支护顶板等。采出分条中的全部矿石后，在距溜井口l一Zm处构筑滤水隔墙，然后用尾砂充填采空区全面垂直分条充填采矿法适于倾斜或缓{顷斜的薄矿体或中厚矿体。与壁式垂直分条充填采矿法相比，这种采矿法的支护和充填工作量小，但采准工作量大。中国湘西金矿和芬兰沃诺斯(Vuon。)铜矿都使用这种采矿法。分段垂直分条充填采矿法矿块结构参数和采准ch日}zhl币ent}00 choT、gt}on co}kuo门gfo垂直分条充填采矿法(l)erpcndieular slotf;11蛇。ping)将矿块沿矿体走向划分若干垂直分条·依次采掘各个分条，采完数个分条后就充填采空区的充填采矿法。类型按采场结构，将垂直分条充填采矿法分成壁式、全面和分段的三种。壁式垂直分条充填采矿法这种采矿法又称壁式充填采矿法它的结构参数和采准巷道位置见图1。切但矿石损失率和矿石贫化率大中国白银有色金属公司小铁山铅锌矿和德国德赖斯拉(I)relslar)重晶石一矿都使用这种采矿法。评价与上向水平分层充填采矿法相比，这种采矿法在暴露面较小的巷道中落矿、出矿和充填，故l_作安全·但采准工作量大，回采工艺复杂。8()年代中期，中国湘潭锰矿用垂直分条充填采矿法的技术经济指标是:矿块生产能力30一4Ot/d，采准比13.Zm/kt，Y’r-25型凿岩机台效15t/班，13一30kw电耙台效1爪班.矿石损失率9%，矿石贫化率l()厂.回采1二人劳动生产率3一4t/(人·班)，切割回采落矿直接成本6.78元1.水砂充填直接成本8.31元一m，采矿车间成本23.85元八。
