This paper is concerned with positive solutions of the boundary value problem [Formula: see
text], y (− b)= 0= y (b) where p> 1, b is a positive parameter. Assume that f is continuous on …

We consider the nonlinear Sturm-Liouville problem− u′′= f (u)+ h in (0, 1), u (0)= u (1)= 0,
where h∈ L 2 (0, 1) and f is a positive convex nonlinearity with superlinear growth at infinity …

A GLOBAL CURVE OF STABLE, POSITIVE SOLUTIONS FOR A p-LAPLACIAN PROBLEM 1.
Introduction We consider the boundary-value problem ( Page 1 Electronic Journal of …

§© ¡ß: A ¦ ٠Ѣ ¼ µ » ·¿250014 « ½ ¾ º¶p-Laplacian ²± ¹ ³. ; ¹ Page 1 ±48 ±6Û ¾ ¾ ¦ Vol.48,
No.6 2005Ù11 ACTA MATHEMATICA SINICA Nov., 2005 § Õ: 0583-1431(2005)06-1203-06 …

This paper is concerned with the exact number of positive solutions for boundary value
problems [Formula: see text] and u (− 1)= u (1)= 0, where p> 1 and λ> 0 is a positive …

This paper is concerned with the exact number of positive solutions for the boundary value
problem [Formula: see text] and y (− 1)= y (1)= 0, where p> 1 and λ> 0 is a positive …

We use the quadrature method to show the existence and multiplicity of positive solutions of
the boundary value problems involving one‐dimensional p‐Laplacian′+ λ fut= 0, t∈(0, 1) …

Line 1 f open parenthesis x comma xi closing parenthesis greater 0 comma open
parenthesis x comma xi closing parenthesis in open square bracket 0 comma 1 closing …

Etude d'une classe de problèmes aux limites quasilinéaires Page 1 République Algérienne
Démocratique et Populaire Ministère de l’Enseignement Supérieur et de la Recherche …

This paper is concerned with the exact number of positive solutions for boundary value
problems [Formula: see text] and y (− 1)= y (1)= 0, where p> 1 and λ> 0 is a positive …