Numerical converge analysis of the Picard method ( - section model)
On The Numerical Solution of Picard Iteration Method for Fractional Integro - Differential Equation
... Approximation method also called the Picard Iteration Method (PIM) for solving Fractional integro-differential equations is ...proposed method reduces the equation into a standard integro ...
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Analysis of Heat Pump Condenser's Performance using the Mathematical Model and a Numerical Method
... mathematical model with lumped parameters and for stationary ...mathematical model developed the mathematical model of the condenser, ...Mathematical model of the condenser is created in ...
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Numerical analysis of an osseointegration model
... remodeling model used to reproduce the phenomenon of osseointegration around endosseous ...element method and a semi-implicit Euler ...a numerical example. Finally, one- and two-dimensional ...
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Guideline for Numerical Electromagnetic Analysis Method
... real-life model, physical complexity of the phenomenon itself and anticipated measurement ...EMTP-Rv model takes into account the connected power transformer and ...
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Analysis Of Annular Palte By Using Numerical Method
... Stress analysis plays an important role in the design of machine or structural ...stress analysis is mainly intended to estimate the load carrying capacity of the ...static analysis of annular plate ...
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Stress Analysis of Notches Using Numerical Method
... Notches are the most vulnerable case for fracture in parts. The factors accelerating fracture in parts are notch geometry, size, flange angles, and depth etc. In this study the effect of various notch geometries on ...
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Numerical green's function in surface integral equation method and hydrodynamic model for solar cell analysis
... difference method (FDM) and the finite element method (FEM) [26], have flexibility in handling complicated inhomogeneity and anisotropy; hence, they can be utilized to seek for NGFs ...
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Numerical Model for the Analysis of Unbonded Prestressed Structures Using the Hybrid Type Finite Element Method
... ABSTRACT Unbonded prestressed concrete has a growing importance all over the world and may be an useful technique for the structures involved in the construction of nuclear facilities. The absence of bonding means no ...
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Numerical analysis of the radiosity equation using the collocation method
... Exact method that the integrals for the piecewise linear collocation are more costly to ...IMT method for the one-dimensional ...Exact method is preferable over the Gauss method as regards ...
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Numerical analysis of streamline diffusion method for compressible flows
... Here, U is a given ambient fluid velocity vector and ρ = ρ(P ) is the density function of a given ambient fluid pressure P , and depending on the vector field U, two different problems are considered. The unique ...
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THE METHOD OF LINES FOR THE NUMERICAL SOLUTION OF A MATHEMATICAL MODEL IN THE INITIATION OF ANGIOGENESIS
... the method of lines to obtain the numerical solution of a mathematical model for the roles of endothelial, pericyte and macrophage cells in the initiation of tumor ...This method is an ...
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Multistage Numerical Picard Iteration Methods for Nonlinear Volterra Integral Equations of the Second Kind
... the numerical Picard iteration methods for nonlinear Volterra integral Equation ...In Section 2, the scheme in a single interval is considered, and the validity of the method is verified by ...
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Sensitivity analysis of a numerical welding simulation model
... sensitivity analysis The objective of this part of the work is to take into account uncertainties on the nominal values of some inputs of the model, to propagate them through the model and to assess ...
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NUMERICAL ANALYSIS OF A HORIZONTALLY CURVED BRIDGE MODEL
... bridge model was tested on the NEES Shake Table Array in the Large-Scale Structures Laboratory at University of Nevada, Reno and seismic analysis using finite element (FE) method was conducted to ...
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On the comparison between Picard Iteration Method and Adomian Decomposition Method in solving non linear differential equations
... the decomposition of a non-linear equations into solutions in a series of functions. These series of functions are obtained in a recursive procedure from a polynomial called Adomian polynomials which are initiated from ...
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Construction of positivity preserving numerical method for stochastic SIVS epidemic model
... epidemic model with nonlin- ear ...epidemic model (1.1) rarely has an explicit solution. Therefore, numerical schemes or approximation techniques become the most focus prob- lems in the ...
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Numerical Solution For Spread Of Tuberculosis Model With Perturbation Homotopy Method (MPH)
... Index Terms: SEIR Model, Numeric Solution, Perturbation Homotopy Methods (MPH). —————————— —————————— 1. INTRODUCTION The World Health Organization (WHO) states that one third of the world's population has been ...
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Numerical Analysis of the Immersed Boundary Method for Cell-Based Simulation
... NUMERICAL ANALYSIS OF THE IMMERSED BOUNDARY METHOD FOR CELL-BASED SIMULATION ∗ FERGUS ...their method of solution, computational implementation, or analysis of parameter scaling, ...
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Development of an integrated numerical method for the fatigue analysis of railway bogies
... (EE) model van die draaistel was geskep deur die gebruik van ’n akkurate drie dimensionele rekenaargesteunde tekenprogram model, wat deur die PRASA Engineering Research Group ver- skaf ...EE model is ...
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Numerical Method Based Single Machine Analysis for Transient Stability
... Continually growing in size with interconnected system and increasing over vast geographical regions, it is becoming more difficult to maintain synchronization between various parts of the power system. In this paper we ...
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