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Then is called a generalized concave operator.
Since is a generalized concave operator, then there exists, such that (2.17).
Since is a generalized concave operator, we know that there exists, such that (2.12).
Since is a generalized concave operator, hence there exist real numbers, such that.
So we need some properties of positive solutions for the operator equation Ax=lambda x, (1.1) where A is a generalized concave operator and (lambda>0) is an eigenvalue.
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We say an operator A is generalized concave if it satisfies the condition (ii) in Theorem 2.1; see [16].
The existence of a unique positive solution is proved only in the case where the cone P is normal and the operators A is generalized concave.
In this article, we first state and prove a new fixed point theorem for a class of generalized concave operators.
In this article we present a new fixed point theorem for a class of generalized concave operators and we establish some properties of positive solutions for the operator equation (Ax=lambda x).
In this paper, we generalize the concept of concave operators, give a concept of the generalized concave operators, and study the existence and uniqueness of fixed points for this class of operators by the iterative method.
In [19], by using a fixed point theorem of cone expansion and a fixed point theorem of generalized concave operators, the authors considered the existence, nonexistence, and uniqueness of convex monotone positive solutions of an elastic beam equation with a parameter.
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