1) potential slip curve(surface) theory
潜在滑移线(面)理论
2) potential sliding curve theory
潜在滑移线理论
1.
In this paper, a potential sliding curve theory is presented according to Mohr -coulomb strength theory, and ground bearing capacity is ascertained by means of the theory.
本文根据土体的摩尔库伦强度理论，提出了土体潜在滑移线理论，并将该理论用于确定地基承载力。
3) potential slip curve
潜在滑移线
1.
Find solutions of ultimate bearing capacity utilizing potential slip curve surface theory;
潜在滑移线原理求解浅基的极限承载力
4) slip line theory
滑移线理论
1.
In this article, the roll-cutting and grip forces are investigated by the cutting theory and the slip line theory.
用塑性变形的滑移线理论建立了滚切力的数学模型及滚切力与夹紧力间的关系，从而为气动式和液压式管材滚切机的设计及使用提供了理论依据。
2.
The plastic zone and pressure distribution on conditions of width-height ratio ,friction coefficient of contact surface f≠0 and any given value of relative density of workpiece in plate upsetting compressible sintered material are determined based on the slip line theory and numerical solution of slip line field.
本文简要介绍了可压缩烧结材料平面应变滑移线理论。
6) theory of sliding line
滑移线理论
1.
The ultimate bearing capacity of the soil around the Push-extend Multi-under-reamed Pile is decided, according to the failure principle of soil and the theory of sliding line, at the same time, the calculate model of the soil stress is applied, to combine the theory of plasticity potential energy wi.
根据挤扩多盘桩盘下土体的滑移破坏形式,运用滑移线理论确定的盘下土体应力计算模式,结合塑性势理论和虚功原理,确定挤扩多盘桩的土体极限承载力,修正并完善了现有的桩端承载力及桩侧阻力的计算公式,提出了全新挤扩多盘桩单桩承载力的计算公式。
2.
Through test and analysis about the principle of the soil around the push-extent multi-under-reamed pile, it is provided that the failure of soil under the multi-under-reamed of bearing loads is based on the theory of sliding line.
据此,应用Coulumb-Mohr定律建立了应力函数表达式,并运用滑移线理论,通过简单破坏区域,选择适合盘下土体的破坏形式Prandtl区域应力场,建立极坐标应力方程,从而推导出挤扩多盘桩盘下土体应力的计算模式,以便进一步确定土体极限承载力。
补充资料：《潜在抗干扰性理论》
阐述无线电接收设备潜在抗干扰性理论的名著，苏联B.A.卡捷尼柯夫著。1947年作为博士论文在苏联莫斯科动力学院发表，1956年在莫斯科正式出版。全书共13章,分为4个部分。第一部分是阅读本书的预备知识。第二部分叙述离散消息传输系统的潜在抗干扰性，分别讨论了两个离散值信号和多离散值信号下的理想接收机和潜在抗干扰性。第三部分叙述连续消息、参量传输系统的潜在抗干扰性，分别讨论了不同调制方式（调幅、调频、脉冲调制）和不同噪声干扰强度（弱噪声、强噪声干扰）下的系统潜在抗干扰性。第四部分讨论连续消息、波形传输系统的潜在抗干扰性，分别研究了直接调制、脉冲调制（脉冲调幅、脉冲调位、脉冲调频）和积分调制系统的潜在抗干扰性。这本书是研究最佳接收理论的重要理论著作。
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