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Modeling the transport of low molecular weight metal complexes across the liquid–liquid interface during extraction in a synthetic boundary cell by using the finite differences method
We determine transport parameters such as the diffusion coefficient, D, the integral mass flux and the transfer coefficient across the liquid–liquid...
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Solitary wave solutions of the MRLW equation using a spatial five-point stencil of finite difference approximation
This paper proposes a finite difference scheme with a three-level time and a five-point stencil in space to solve an initial boundary value problem...
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Heat transfer augmentation of flat plate solar collector through finite element-based parametric study
The introduction of fins and baffles on the absorber plate is an effective way to ameliorate the thermal performance of flat plate solar collector...
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Evaluation and Analysis of Fracture Modes in Single Composite Basalt/Epoxy Fibres by Photoelastic Method and Single Fibre Fragmentation Test
In this work, the suitability of basalt fibres for uni-directional composite material applications, and adhesion between the fibres and the matrix...
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Finite Element Modeling of the Compression Garments Structural Effect on the Pressure Applied to Leg
Compression garments due to their numerous medical applications have been recently attracted to be mechanically analyzed for their compression...
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Estimation of the energy requirement of bread during baking by inverse heat transfer method
Inverse heat transfer is a more efficient method for estimating unknown quantities of variable interest. The aim of present research work is to...
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Heat transfer simulation in cavity of twin screw compressor under coupling of clearance leakage-heat by utilizing fuzzy beamlet finite element model
In order to optimize structure of twin screw compressor, and improve the working efficiency of twin screw refrigeration compressor, the heat transfer...
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Advancements in the fabrication and characterization of actinide targets for superheavy element production
The heaviest elements can exclusively be produced in actinide-target based nuclear fusion reactions with intense heavy-ion beams. Ever more powerful...
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Parametric analysis of solid oxide fuel cell fueled by syngas based on lattice Boltzmann method
During the operation progress of solid oxide fuel cell (SOFC), the performance and endurance are two major concerns significantly affected by gas...
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Parallel finite volume method-based fluid flow computations using OpenMP and CUDA applying different schemes
Parallelization of inhouse develpoed code for numerical computations on heterogeneous computing machine is becoming common. As the numerical solvers...
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A time two-grid difference method for nonlinear generalized viscous Burgers’ equation
In this paper, we investigate a time two-grid algorithm to get the numerical solution of nonlinear generalized viscous Burgers’ equation, which is...
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Non-central m-point formula in method of lines for solving the Korteweg-de Vries (KdV) equation
The present study is committed to devising efficient spatial discretization with two non-central difference formulae incorporated in the method of...
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Finite Element Analysis of Effect of Flexible Pupjoints on Push-the-Bit Rotary Steering Deflecting Force
As one of the most advanced international drilling technologies at present, rotary steering has been extensively applied to large-displacement,...
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Numerical simulation of thermal wave propagation and collision in thin film using finite element solution
Numerical simulation of propagation and collision of thermal wave phenomena in the order of nanometer is carried out. The finite element procedure is...
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Finite-element thermal analysis of flows on moving domains with application to modeling of a hydraulic arresting gear
In this paper, we develop a finite-element framework of simulating the heat transfer of flows on moving domains. A stabilized formulation is utilized...
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Experimental and Finite Element Wear Study of Silicon Nitride Against Alumina for Hip Implants with Bio-Lubricant for Various Gait Activities
This paper presents an experimental approach to predict the friction and wear coefficients followed by finite element modeling (FE) to analyze the...
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The Effect of Micromechanics Models, 2D and 3D Numerical Modeling for Predicting Mechanical Properties of PP/Alfa Short Fiber Composites
In the present work, we propose to confront two modeling techniques for predicting the macroscopic properties of short alfa fiber-reinforced...
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Mixed-Mode Optical/Electric Simulation of Silicon Lateral PIN Photodiode Using FDTD Method
Within this paper, a total optoelectronic simulation of a PIN photodiode structure was presented. The microlens structure has been introduced on the...
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Cross diffusion effects on MHD double diffusive viscous flow through Hermite wavelet method
Double-diffusive convection is a form of fluid flow that occurs when two processes of molecular diffusion are active in a fluid at the same time,...
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Simulation of Nanoindentation Technology Based on Rough Surface
In order to study the influence of roughness on the nanoindentation test, finite element method was used to simulate the nanoindentation test...