FINITE VOLUME METHOD FOR THE CALCULATION OF ELECTROSTATIC FIELD OF THE 3-D SPHERE WITH A CUBIC CAVITY by Patsiuk V.

“…It is proposed numerical algorithm for calculating the potential, electric field strength and capacitance in the 3-d sphere with cubic cavity. …”
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Study on the Workspace and Kinematics of 3-UPU Parallel Mechanism by Pu Zhixin, Li Xiaochun, You Xuping, Yu Yinghua

“…According to the structural characteristic of 3- UPU parallel mechanism,by using a new numerical algorithm,the kinematics inverse solution of the mechanism is obtained. …”
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The Problem of Bending of Fibre Composite Viscoelastic Plates by M. Olejniczak

“…The compatibility condition of the two phases is introduced: ε = εI = εII, σ = σI + σII. A numerical algorithm has been prepared, the finite element method being applied. …”
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POTENTIAL DISTRIBUTION IN VICINITY OF TRANSMISSION LINE SUPPORT by Paţiuc V.

“…To calculate the potential and the electric field strength in the vicinity of the electric line support the numerical algorithm is proposed. We have developed the algorithm and the corresponding software using Matlab application. …”
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A Compact Difference Scheme for Solving Fractional Neutral Parabolic Differential Equation with Proportional Delay by Wei Gu, Yanli Zhou, Xiangyu Ge

“…A numerical test is also conducted to validate the accuracy and efficiency of the numerical algorithm.…”
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Multistage optimization of a non-institutional investor’s assents portfolio by M. A. Khalikov, D. A. Maksimov

“…The article deals with the statement, mathematical model and features of numerical algorithm of solving the dynamic discrete task for optimization of financial assets portfolio of a non-institutional investor. …”
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Fixed-Point Iterative Algorithm for the Linear Fredholm-Volterra Integro-Differential Equation by M. I. Berenguer, D. Gámez, A. J. López Linares

“…With the aid of fixed-point theorem (an equivalent version for the linear case) and biorthogonal systems in adequate Banach spaces, the problem of approximating the solution of a linear Fredholm-Volterra integro-differential equation is turned into a numerical algorithm, so that it can be solved numerically.…”
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Variational Approaches to Optimal Control Design for Elastic Body Motions by V.V. Saurin, G.V. Kostin

“…Based on the generalized formulations, a numerical algorithm is developed to design the optimal displacement of such elastic beams. …”
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Numerical Solution of First-Order Linear Differential Equations in Fuzzy Environment by Runge-Kutta-Fehlberg Method and Its Application by Sankar Prasad Mondal, Susmita Roy, Biswajit Das

“…The numerical algorithm for solving “first-order linear differential equation in fuzzy environment” is discussed. …”
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THE STOCHASTIC APPROACHES OF PROCESSES’ DESIGN IN VACUUM-PLASMA FORMATION OF NANOSTRUCTURED COATINGS by I. A. Ivanou, D. V. Valeysky, M. K. KasinskI

“…The calculations of the spatial and energy parameters of a single-component metal plasma flow which is moved in a process gas environment using a numerical algorithm of test particle stochastic method are discussed. …”
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Numerical calculating linear vibrations of third order systems involving fractional operators by Nguyen Van Khang, Tran Dinh Son, Bui Thi Thuy

“…Using the Liouville-Rieman's definition of fractional derivatives, a numerical algorithm is developed on base of the well-known Newmark integration method to calculate dynamic response of third order systems. …”
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Physics-informed neural networks viewpoint for solving the Dyson-Schwinger equations of quantum electrodynamics by Rodrigo Carmo Terin

“…Also, we benchmark our approach against a traditional numerical algorithm showing the main differences among them. …”
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A New Conjugate Gradient Method for Finding the Minimum of Non Linear Functions by Abbas Al-Bayati, Basim Hassan

“…This paper presents the development and implementation of a new numerical algorithm for solving nonlinear optimization problems. …”
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基于变传动比函数的非圆齿轮设计方法与分析 by 孙科, 郑方焱, 童婷, 陈定方

“…Based on the variable ratio function,by using the geometric model of pinion cutter,the simple algorithm of tooth profile of effectively solved non-circular gear is proposed.Based on the given variable ratio funct ion,the equation of non-circular gear pitch curve is derived.The equation of tooth profile is determined by the processing principle of slotting gear,and the numerical algorithm and Pro/ E modeling is used to get three-dimensional model of non-circular gear.Meanwhile,based on dynamics simulation software ADAMS,the simulation of gear teeth meshing is analyzed.By means of calculat ions on some examples,it proves the correctness,conciseness,generality and innovat ion of the algorithm.…”
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An Operational Matrix Technique for Solving Variable Order Fractional Differential-Integral Equation Based on the Second Kind of Chebyshev Polynomials by Jianping Liu, Xia Li, Limeng Wu

“…Finally, several examples show that the numerical algorithm is computationally efficient.…”
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Treatment a New Approximation Method and Its Justification for Sturm–Liouville Problems by O. Sh. Mukhtarov, M. Yücel, K. Aydemir

“…The result reveals that α-parameterized differential transform method is a simple and effective numerical algorithm.…”
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Evaluating the Stability of Numerical Schemes for Fluid Solvers in Game Technology by Craig R. Stark, Declan A. Diver

“…However, determining the stability of a numerical algorithm is a complex and involved task when a coupled set of nonlinear partial differential equations need to be solved. …”
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Nonlinear Klein-Gordon and Schrödinger Equations by the Projected Differential Transform Method by Younghae Do, Bongsoo Jang

“…The results reveal that PDTM is a simple and effective numerical algorithm.…”
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Existence, Uniqueness and Convergence Solution of Nonlinear Caputo-Fabrizio Fractional Biological Population Model by Ali Khalouta

“…Furthermore, we propose a new numerical algorithm called $\mathbb{J}$-decomposition method ($\mathbb{J}$-DM) which is a combined form of the $\mathbb{J}$-transform method and a new decomposition method to solve the proposed model. …”
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Statistical Inference of Uncertain Autoregressive Model via the Principle of Least Squares by Han Wang, Yang Liu, Haiyan Shi

“…In view of this, this paper proposes a statistical inference method based on the principle of least squares to determine the unknown parameters and uncertain disturbance term in an uncertain autoregressive model, and designs a numerical algorithm to calculate the numerical solutions of the corresponding estimators. …”
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