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Inclusion methods for real and complex functions in one variable
A new method is discussed for obtaining a validated inclusion of a zero of a real or complex function in one variable. The method is given by means of a sufficient criterion which can be tested on a digital computer. The numeral results show that, compared to other methods, the new one frequently yields very narrow bounds for the solution.
Claudio, Dalcidio Moraes +1 more
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Some iterative methods for determining zeros of functions of a complex variable [PDF]
W. D. Munro
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Abstract Hamburger patties are prepared from ground beef and cooked to obtain a safe product before consumption. Cooking process eliminates microbial hazards and results in certain quality changes (e.g., cooking loss, textural changes). All these changes can be used as an objective function to achieve an optimum cooking process, but their effects on ...
Erdogdu, Ferruh +2 more
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The Method of the Minimum Integral and Analytic Continuation of Functions of Complex Variables [PDF]
Stefan Bergman
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Book Review: Topological methods in the theory of functions of a complex variable [PDF]
Lars V. Ahlfors
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Application of approximation and interpolation methods to the examination of entire functions of n complex variables [PDF]
T. Winiarski
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Saleem A. Ali, Theodore V. Hromadka
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Topological methods in the theory of functions of a complex variable [PDF]
Marston Morse
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This study examines the interference problem between screw dislocation and elliptical inclusion in one-dimensional hexagonal piezoelectric quasicrystals.
Zhiguo Zhang, Xing Li, Shenghu Ding
doaj +1 more source
The Griffith crack problem and the interaction between screw dislocation and semi-infinite crack in cubic quasicrystal piezoelectric materials are studied by using the complex variable function method.
Jiandong Pi, Lianhe Li
doaj +1 more source

