DETERMINATION OF DEPTH OF PLACEMENT OF TUNNELS AND CAVITIES BY THE BOUNDARY ELEMENT METHOD by Omar Al-Farouk Al-Damluji, Mohammed Yousif Fattah, Rana A. J. Al-Adhamii

“… A boundary element numerical algorithm has been developed for the determination of stresses and deformations around cavities and tunnels. …”
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Dynamic optimisation of an industrial web process by M Soufian

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Many-Body Physics of Low-Density Dipolar Bosons in Box Potentials by Tommaso Macrì, Fabio Cinti

“…We reviewed the relevant ingredients leading to crystallization, namely the interplay of contact and dipole⁻dipole interactions and system density, as well as the numerical algorithm employed. We characterized the many-body phases investigating correlations and superfluidity.…”
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METHOD FOR CALCULATING PERFORMANCE CHARACTERISTICS OF HYDROKINETIC TURBINES by ADAM GÓRALCZYK, PATRYK CHAJA, ADAM ADAMKOWSKI

“… This paper presents a numerical algorithm and its computer implementation (program) developed to determine the operational characteristics of axial flow hydrokinetic turbines. …”
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Mathematical modeling of the processes of combined heat and moisture transfer during storage and drying of raw cotton by Shadmanov Istam, Shafiyev Tursun

“…Software was created for studying the processes of heat and moisture transfer during the storage and drying of raw cotton based on the developed numerical algorithm, making it possible to identify and forecast changes in temperature and humidity at arbitrary points of raw cotton with various sizes.…”
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Efficient algorithms for integrals with highly oscillatory Hankel kernels by Qinghua Wu, Mengjun Sun

“…We present an efficient numerical algorithm for approximating integrals with highly oscillatory Hankel kernels. …”
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Comparative analysis of gas–liquid flow in T-junction microchannels with different inlet orientations by Dongren Liu, Xiang Ling, Hao Peng

“…Based on computational fluid dynamics and the volume-of-fluid model, bubble size, bubble velocities, and pressure distributions were analyzed. The numerical algorithm was validated with the experimental observations from former literatures; the results show that when the capillary number, Ca , is low, the length of gas and liquid slug in the symmetric T-junction is higher than that in the cross-flow T-junction. …”
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A theory for steady and self-sustained premixed combustion waves by Weiming Liu

“…The analytic formulae are actually the exact solution of the eigenvalue problem in the form of integration, based on which author develops an iterative and numerical algorithm for calculation of the steady and self-sustained premixed combustion wave propagation and its speed. …”
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Pricing quanto options with market liquidity risk. by Rui Gao, Yanfei Bai

“…We then propose a numerical algorithm to conduct statistical inferences on the option prices based on the posterior distribution. …”
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Discretization Envelope Design Modeling Method of Rack and Pinion with Variable Ratio by Dai Yin

“…Based on this, a new numerical algorithm for tooth profile point extraction is proposed. …”
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Numerically solving generated Jacobian equations in freeform optical design by Romijn Lotte B., Anthonissen Martijn J.H., ten Thije Boonkkamp Jan H.M., IJzerman Wilbert L.

“…We present an efficient numerical algorithm that can be used to solve the generalized Monge-Ampère equations for a single freeform reflector and lens surface. …”
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Moving Mesh Strategies of Adaptive Methods for Solving Nonlinear Partial Differential Equations by Qinjiao Gao, Shenggang Zhang

“…The proposed moving mesh PDE could draw the mesh to equidistribution quickly and stably. The numerical algorithm for the coupled system of the original PDE and the moving mesh equation is proposed and the computational experiments are given to illustrate the validity of the new method.…”
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Optimal actuator placement for control of vibrations induced by pedestrian-bridge interactions by Martin Arop, Henry Kasumba, Juma Kasozi, Fredrik Berntsson

“…Specifically, the shape sensitivities involving a cost functional are determined using the averaged adjoint approach. A numerical algorithm based on these sensitivities is used as a solution strategy. …”
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Operational Matrix of New Shifted Wavelet Functions for Solving Optimal Control Problem by Gufran Abass, Suha Shihab

“…This paper is devoted to proposing an approximate numerical algorithm based on the use of the state parameterization technique in order to find the solution to the optimal control problem (OCP). …”
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Lumped-Circuits Model of Lossless Transmission Lines and Its Numerical Characteristics by Huiyi Zhou, Tianlin Lu, Shuting Zhang, Xin Zhang

“…The root cause of numerical oscillations pointed out that using the L-stable numerical algorithm to indirectly simulate the dynamic response of the lumped-circuits model is a numerical method that does not truly reflect the original model, but it can directly reflect the true dynamic response of the lossless transmission line. …”
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Optimization of impulsive control systems with intermediate state constraints by N. S. Maltugueva, N. I. Pogodaev, O.N. Samsonjuk

“…This hybrid problem gives an equivalent description of the optimal impulsive control problem. We discuss a numerical algorithm based on a direct collocation method and give a schema to the corresponding numerical calculations for a test example.…”
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CHARACTERIZATION OF BIVARIATE SIZE-ORIENTATION DISTRIBUTION OF CIRCULAR PLATE PARTICLES by Karel Bodlák, Arun Balasundarun M Gokhale, Viktor Beneš

“…The present paper yields a numerical algorithm which enables to transform a bivariate histogram of observed quantities to the histogram of 3D characteristics. …”
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A fractional derivative with two singular kernels and application to a heat conduction problem by Dumitru Baleanu, Mohamed Jleli, Sunil Kumar, Bessem Samet

“…We also present some applications to fractional differential equations and propose a numerical algorithm based on a Picard iteration for approximating the solutions. …”
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A Simplified Algorithm for the Topological Entropy of Multimodal Maps by José M. Amigó, Ángel Giménez

“…A numerical algorithm to compute the topological entropy of multimodal maps is proposed. …”
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Highly Dispersive Optical Solitons in Absence of Self-Phase Modulation by Laplace-Adomian Decomposition by Oswaldo González-Gaxiola, Anjan Biswas, Luminita Moraru, Simona Moldovanu

“…This article studies highly dispersive optical solitons without of self-phase modulation effect. The numerical algorithm implemented in this work is Laplace-Adomian decomposition method. …”
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