Results 41 to 50 of about 7,484 (167)
Padé approximant related to inequalities for Gauss lemniscate functions
Journal of Inequalities and Applications, 2016 Based on the Padé approximation method, we present new inequalities for Gauss lemniscate functions. We also solve a conjecture on inequalities for Gauss lemniscate functions proposed by Sun and Chen.
Juan Liu, Chao-Ping Chen
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Case Studies in Thermal Engineering, 2021 The present inspection elaborates the thermal distribution through a convective-radiative longitudinal trapezoidal moving fin with an internal heat source by considering the linear and nonlinear temperature-dependent thermal conductivities and heat ...
M.C. Jayaprakash +6 more
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Multivariate Padé-approximants [PDF]
, 1983 For an operator F: Rn → R, analytic in the origin, the notion of (abstract multivariate Padé-approximant (APA) is introduced, by making use of abstract polynomials.
Cuyt, Annie A.M
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An analytical method with Padé technique for solving of variational problems
Nonlinear Engineering, 2017 In this paper, the homotopy analysis method (HAM) is employed to solve a class of variational problems (VPs). By using the so-called ħ-curves, we determine the convergence parameter ħ, which plays key role to control convergence of solution series.
Jaffarian H., Sayevand K., Kumar Sunil
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Reinterpretation of Classic Proton Charge Form Factor Measurements
Frontiers in Physics, 2020 In 1963, a proton radius of 0.805(11) fm was extracted from electron scattering data and this classic value has been used in the standard dipole parameterization of the form factor. In trying to reproduce this classic result, we discovered that there was
Miha Mihovilovič +6 more
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IEEE Access, 2020 To improve the efficiency for managing power systems with constant time delay, an improved frequency-weighted model reduction is proposed. First, the Padé approximant allows to represent the time delay in the state-space form and build a linear ...
Yonghui Nie +4 more
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Macromolecular Materials and Engineering, Volume 311, Issue 8, August 2026.The exceptional toughness of these hydrogels originates from a lamellar cluster structure in which tie molecules, formed by PDMAAm chains containing noncrystallized C18A and C12M segments, transfer stress, and dissipate energy during deformation. Fragmentation of lamellar clusters under load produces yielding, whereas hydrogels without C12M lack this ...
Oguz Okay
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On the Newton-Padé approximation problem [PDF]
, 1978 To study the structure of the Newton-Padé table a new concept—the minimal solution—is introduced. The relationship of the minimal solution with the Newton-Padé approximant is given.
Claessens, Guido
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The Tensor Pade´-Type Approximant with Application in Computing Tensor Exponential Function
Journal of Function Spaces, 2018 Tensor exponential function is an important function that is widely used. In this paper, tensor Pade´-type approximant (TPTA) is defined by introducing a generalized linear functional for the first time.
Chuanqing Gu, Yong Liu
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Fourier Expansion‐Based Approach to the Parameter Space of Classical Systems
Annalen der Physik, Volume 538, Issue 7, July 2026.ABSTRACT We propose a new approach to compute the classical metric tensor (CMT) and the Hannay curvature using Fourier series expansions in action‐angle variables. This approach circumvents the need for complex time‐domain integrals or the construction of generating functions, replacing them with algebraic combinations of Fourier coefficients. We prove
Marcos J. Hernández +3 more
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