Error inequalities for a quadrature formula of open type.
Estimates for the arctangent function related to Shafer's inequality
The aim of this article is to give new refinements and sharpenings of Shafer's inequality involving the arctangent function. These are obtained by means of a change of variables, which makes the computations much easier than the classical approach.
Estimating powers with base close to unity and large exponents.
Estimating the sequence of real binomial coefficients.
Estimation for bounded solutions of integral inequalities involving infinite integration limits.
Estimation of functions by means of the first order partial differential inequalities
Estimation of the derivative of the convex function by means of its uniform approximation.
Estimation of the error for two-point formula via pre-Grüss inequality.
Estimation on certain nonlinear discrete inequality and applications to boundary value problem.
Estimations of the best constant involving the norm in Wente’s inequality
Étude d'une inégalité intégrale non linéaire en deux variables
Exhaustions of John domains.
Existence criteria for positive solutions of a nonlinear difference inequality
This paper is concerned with a class of nonlinear difference inequalities which include many different classes of difference inequalities and equations as special cases. By means of a Riccati type transformation, necessary and sufficient conditions for the existence of eventually positive solutions and positive nonincreasing solutions are obtained. Various type of comparison theorems are also derived as applications, which extends many theorems in the literature.
Explicit bounds on some nonlinear integral inequalities.
Explicit bounds on some nonlinear retarded integral inequalities.
Explicit estimates for some mixed integral inequalities.
Explicit estimates on integral inequalities with time scale.
Exponential inequalities for a class of operators.
Extending means of two variables to several variables.
Extension of Oppenheim's problem to Bessel functions.