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1)  nonlinear singular boundary
非线性奇异边界
1.
Quenching for a nonlinear parabolic equation with nonlinear singular boundary condition;
一类带非线性奇异边界条件的非线性抛物方程的淬灭问题
2)  singular nonlinear two point boundary value problem
奇异非线性边界值问题
3)  Nonsingular BEM
非奇异边界元法
4)  Nonlinear singular boundary value problem
非线性奇异边值问题
1.
We discuss a class of nonlinear singular boundary value problems in one dimension space by non symmetric finite element method.
对一维非线性奇异边值问题,使用非对称有限元方法,给出了几种最佳阶误差估
5)  singular nonlinear boundary value problem
奇异非线性边值问题
1.
In this paper we utilize the fixed point theorem in cone to prove the existence of positive solutions to the singular nonlinear boundary value problems for a class of third order differential equation
利用锥不动点定理得到了一类三阶微分方程的奇异非线性边值问题:-(p1(x)(p2(x)y′)′)′=f(x,y),y(0)=y′(0)=y(1)=0正解的存在性,其中pi(x)∈Ci(0,1)存在有限多个零点的非负函数。
6)  singular nonlinear
奇异非线性
1.
The present paper deals with the existence of the positive solution of the singular nonlinear boundary value problem:(g(u′))′=-K(x)f(u), 0<t<1; u(0)=0, u′(1)=cwhere g(s)=|s| p-2 s, p>1, c is a non negative real numbers, f(u) is non negative, right continuous, nonincreasing in (0,+∞).
讨论一维 p  Laplacian 奇异非线性边值问题(g(u′))′= - K (t)f (u), 0 < t < 1,u(0) = 0, u′(1) = c正解的存在唯一性, 其中 g (s)= |s|p- 2s, p > 1, f (u )在(0,+ ∞)上是非负、非增的右连续函数。
2.
The shooting method is used to infer the existence and uniqueness of the positive solution to the singular nonlinear boundary value for n order ordinary differential equations u (n) (t)+f(t,u)=0, t∈(0,1), u (k) (0)=0, 0≤k≤n-2, u′(1)=c, where c is a non negative real number; f(t,u) is non negative and continuous on (0,1) ×(0,∞) and nonincreasing in u .
利用打靶法讨论奇异非线性n阶常微分方程边值问题u(n)(t)+f(t,u)=0,t∈(0,1),u(k)(0)=0,0≤k≤n-2,u′(1)=c正解的存在唯一性,其中c是非负实数,函数f(t,u)在(0,1)×(0,∞)上非负连续,并且关于u单调不
补充资料:非奇异边界点


非奇异边界点
non-angular boundary point

  非奇异边界点[咖峋吧.妞加训山仔州吐;Heoc浦明印aHH二功.],正则边界点(肥多血r场即山叮point) 复变量艺的单值解析函数f(z)的定义域D的可达边界点(ahainable boUnda甲point)心,使得f(:)沿D内任一到达心的路径都有一个到达〔的解析延拓(肛司州c con血uation).换言之,非奇异边界点是可达的,但不是奇异的.亦见解析函数的奇点(51理润比point).E.瓜.0叨鱿衅B撰【补注】注意D的边界上的同一个点可以引起一些不同的可达边界点,其中某些可能是奇异的,另一些是正则的.例如,考虑区域D二C\(一的,01以及函数f(:)“(h(习一们)一‘,其中h是晚公的主值.这时在一1‘之上”有两个可达边界点:一个是奇异的,对应于沿:二一1十“(0蕊:(l)接近一1;一个是正则的,对应于沿么二一l一it(O(t(1)接近一1.
  
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