Zeev Nehari

Zeev Nehari's AcademicInfluence.com Rankings

Zeev Nehari

Mathematics

#4142

Historical Rank

Measure Theory

#822

Historical Rank

mathematics Degrees

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Mathematics

Why Is Zeev Nehari Influential?

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According to Wikipedia, Zeev Nehari was a mathematician who worked on Complex Analysis, Univalent Functions Theory and Differential and Integral Equations. He was a student of Michael Fekete. The Nehari manifold is named after him.

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Zeev Nehari's Published Works

Number of citations in a given year to any of this author's works

Total number of citations to an author for the works they published in a given year. This highlights publication of the most important work(s) by the author

Published Works

Bounded analytic functions (1950) (2264)
On Bounded Bilinear Forms (1957) (512)
The Schwarzian derivative and schlicht functions (1949) (468)
On a class of nonlinear second-order differential equations (1960) (328)
Oscillation criteria for second-order linear differential equations (1957) (260)
Characteristic values associated with a class of nonlinear second-order differential equations (1961) (227)
On the oscillation of solutions of self-adjoint linear differential equations of the fourth order (1958) (203)
NONOSCILLATION THEOREMS FOR A CLASS OF NONLINEAR DIFFERENTIAL EQUATIONS( (1959) (124)
Disconjugate linear differential operators (1967) (105)
ON A NONLINEAR DIFFERENTIAL EQUATION ARISING IN NUCLEAR PHYSICS (1963) (100)
Some inequalities in the theory of functions (1948) (96)
On the principal frequency of a membrane (1958) (64)
Some criteria of univalence (1954) (47)
A property of convex conformal maps (1976) (40)
Some eigenvalue estimates (1959) (35)
Univalence criteria depending on the Schwarzian derivative (1979) (35)
Green's functions and disconjugacy (1976) (32)
On the coefficients of meromorphic schlicht functions (1957) (31)
On the Singularities of Legendre Expansions (1956) (29)
On the Zeros of Solutions of Second-Order Linear Differential Equations (1954) (28)
Introduction to complex analysis (1962) (23)
On the Zeros of Solutions of n‐th Order Linear Differential Equations (1964) (20)
Inverse Hölder inequalities (1968) (19)
Non-oscillation criteria for $n$-${\rm th}$ order linear differential equations (1965) (18)
A nonlinear oscillation problem (1969) (17)
Nonlinear techniques for linear oscillation problems (1975) (16)
Oscillation theorems for systems of linear differential equations (1969) (16)
Inequalities for the coefficients of univalent functions (1969) (16)
Disconjugacy criteria for linear differential equations (1968) (15)
The Elliptic Modular Function and a Class of Analytic Functions First Considered by Hurwitz (1947) (14)
The kernel function and canonical conformal maps (1949) (14)
On a class of nonlinear integral equations (1959) (13)
Univalence conditions and Sturm-Liouville eigenvalues (1970) (11)
Some function-theoretic aspects of linear second-order differential equations (1967) (11)
A class of domain functions and some allied extremal problems (1950) (10)
On the Coefficients of Bieberbach-Eilenberg functions (1970) (9)
A nonlinear oscillation theorem (1975) (9)
Conformal mapping of open Riemann surfaces (1950) (9)
A differential inequality (1965) (8)
Nonoscillation and disconjugacy of systems of linear differential equations (1973) (8)
On the coefficients of univalent functions (1957) (8)
Extremal problems for a class of functionals defined on convex sets (1967) (7)
On the coefficients of univalent Laurent series (1954) (7)
On the Accessory Parameters of a Fuchsian Differential Equation (1949) (7)
Bounds for the solutions of a class of nonlinear partial differential equations (1963) (6)
A generalization of Schwarz’ lemma (1947) (6)
On weighted kernels (1952) (6)
Note on polyharmonic functions (1961) (6)
Analytic functions possessing a positive real part (1948) (5)
On Certain Classes of Meromorphic Functions (1945) (5)
Proceedings of the Symposium on Complex Analysis Canterbury 1973: A proof of |a4| ≤ 4 by Loewner's method (1974) (4)
Sufficient conditions in the calculus of variations and in the theory of optimal control (1973) (4)
Conjugate points, triangular matrices, and Riccati equations (1974) (3)
Oscillatory properties of complex differential systems (1973) (3)
Extremal Problems in the Theory of Bounded Analytic Functions (1951) (3)
The Radius of Univalence of an Analytic Function (1949) (3)
On an inequality of P. R. Bessack (1964) (3)
An integral equation associated with a function-theoretic extremal problem (1954) (2)
On the Numerical Computation of Mapping Functions by Orthogonalization. (1951) (2)
On Analytic Functions Possessing Certain Properties of Univalency (1948) (2)
On the conformal mapping of nearly-circular domains (1956) (1)
On the coefficients of $R$-univalent functions (1955) (1)
Oscillation and boundedness criteria for a class of nonlinear differential systems (1972) (1)
A disconjugacy criterion for self-adjoint linear differential equations☆ (1971) (1)
On the Derivative of an Analytic Function (1960) (1)
DIRICHLET'S PRINCIPLE AND SOME INEQUALITIES IN THE THEORY OF CONFORMAL MAPPING (1953) (1)
Review: C. Carathéodory, Conformal representation (1954) (0)
Note on Positive Harmonic Functions (1950) (0)
On computation of eigenvalues for differential equations by Newton’s method (1981) (0)
A Minimal-Length Problem in RN (1974) (0)

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Other Resources About Zeev Nehari

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What Schools Are Affiliated With Zeev Nehari?

Zeev Nehari is affiliated with the following schools:

Washington University in St. Louis
Hebrew University of Jerusalem
Columbia University