We consider a family of three point n − 2, 1, 1 conjugate boundary value problems for nth order nonlinear ordinary differential equations and obtain conditions in terms of uniqueness of solutions imply existence of solutions. A standard hypothesis that has proved effective in uniqueness implies existence type results is to assume uniqueness of solutions of a large family of n−point boundary value problems. Here, we replace that standard hypothesis with one in which we assume uniqueness of solutions of large families of two and three point boundary value problems. We then close the paper with verifiable conditions on the nonlinear term that in fact imply global uniqueness of solutions of the large family of three point boundary value problem...
AbstractIn this paper a technique is developed for the study of the existence and uniqueness of solu...
For the third order differential equation, y\u27\u27\u27 = f(x, y, y\u27, y\u27\u27), we consider un...
AbstractConstructive existence and uniqueness theorems are presented for the problem y″ = ƒ(x, y), y...
We consider a family of three point n − 2, 1, 1 conjugate boundary value problems for nth order nonl...
We consider a family of three point n − 2, 1, 1 conjugate boundary value problems for nth order nonl...
We consider a family of three point $n-2 ,1,1$ conjugate boundary value problems for $n$th order non...
We consider a family of two-point n−1,1 boundary value problems for nth order nonlinear ordinary dif...
In this paper we are concerned with uniqueness implies uniqueness and uniqueness implies existence q...
AbstractShooting methods are employed to obtain solutions of the three-point boundary value problem ...
AbstractIn this paper a technique is developed for the study of the existence and uniqueness of solu...
We consider (l+1)-point boundary value problems and determine conditions so that solutions of the bo...
AbstractShooting methods are employed to obtain solutions of the three-point boundary value problem ...
This paper gives a criterion for the existence and uniqueness of solutions to three-point boundary v...
ABSTRACT. It is assumed that solutions of the dierential equation y000 = f(x; y; y0; y00), with cert...
[[abstract]]The uniqueness of solutions of certain boundary value problems implies their existence f...
AbstractIn this paper a technique is developed for the study of the existence and uniqueness of solu...
For the third order differential equation, y\u27\u27\u27 = f(x, y, y\u27, y\u27\u27), we consider un...
AbstractConstructive existence and uniqueness theorems are presented for the problem y″ = ƒ(x, y), y...
We consider a family of three point n − 2, 1, 1 conjugate boundary value problems for nth order nonl...
We consider a family of three point n − 2, 1, 1 conjugate boundary value problems for nth order nonl...
We consider a family of three point $n-2 ,1,1$ conjugate boundary value problems for $n$th order non...
We consider a family of two-point n−1,1 boundary value problems for nth order nonlinear ordinary dif...
In this paper we are concerned with uniqueness implies uniqueness and uniqueness implies existence q...
AbstractShooting methods are employed to obtain solutions of the three-point boundary value problem ...
AbstractIn this paper a technique is developed for the study of the existence and uniqueness of solu...
We consider (l+1)-point boundary value problems and determine conditions so that solutions of the bo...
AbstractShooting methods are employed to obtain solutions of the three-point boundary value problem ...
This paper gives a criterion for the existence and uniqueness of solutions to three-point boundary v...
ABSTRACT. It is assumed that solutions of the dierential equation y000 = f(x; y; y0; y00), with cert...
[[abstract]]The uniqueness of solutions of certain boundary value problems implies their existence f...
AbstractIn this paper a technique is developed for the study of the existence and uniqueness of solu...
For the third order differential equation, y\u27\u27\u27 = f(x, y, y\u27, y\u27\u27), we consider un...
AbstractConstructive existence and uniqueness theorems are presented for the problem y″ = ƒ(x, y), y...