numerical technique
Numerical Technique Based Model Approach to Electricity Growth Forecasting: Ilorin PHCN District as Sample
... Abstract - Many researchers have expressed some concerns in the past about possible development of forecasting model for accurate prediction of electricity growth in Nigeria. This paper has employed numerical ...
5
A numerical technique based on integrated RBFs for the system evolution in molecular dynamics
... new numerical technique for solving the evolution equa- tions in molecular dynamics ...proposed technique requires the evaluation of forces once per time ...
21
Development of a Numerical Technique for Bus Rollover Test Simulation by the F.E.M.
... a numerical technique able to simulate the mechanical behaviour of bus body sections in the case of ...This technique will permit the analysis of different material systems that could be used in the ...
5
A NUMERICAL TECHNIQUE FOR THE SOLUTION OF GENERAL EIGHTH ORDER BOUNDARY VALUE PROBLEMS: A FINITE DIFFERENCE METHOD
... some numerical technique for its numerical ...some numerical methods for either same or different source function as in problem ...iterational technique [6], finite difference method ...
7
Prediction of Indoor Air Circulation of Residential Room with Adaptation of Solar Chimney Using Numerical Technique
... With an increase in incomes and urbanization, India is about to see an exponential boost in the use of electrical air conditioning from 23.6 million units in 2018 to 1 billion units by 2050. If this need for active ...
7
A Slip-Line Field Solution for Micro-Indentation of a Rigid Conical Wedge by Numerical Technique
... ABSTRACT: Slip-line field analysis is one of the important techniques to compute force in micro-indentation. The nature of the plastic flow lines are actually analyzed with the help of the slip-line field. In the present ...
5
Consideration of cavitation effect in finite journal bearing using numerical technique
... Journal bearings are widely applied in different rotating machineries. These bearings allow for transmission of large loads at mean speed of rotation. In machinery the parameters characterizing operation such as, power ...
6
Extensive Analysis of Multi Strand Billet Caster Tundish Using Numerical Technique
... a numerical model based on CFD (computational fluid dynam- ics approach) has been developed which predicts the start and end of the in- termixed composition and the tonnage to be downgraded under different casting ...
23
Simple Numerical Technique Using Boundary Element Method for the Determination of KI in Fracture Mechanics
... Many numerical formulations for K try to simulate an infinite stress field at the crack tip and to do that they employ special elements like the quarter-point elements to model the crack ...
8
A New Numerical Technique for Solving Systems Of Nonlinear Fractional Partial Differential Equations
... In this work, the Aboodh transform method combined with Adomian decomposition method has been successfully applied to solve systems of nonliner fractional partial differential equations.[r] ...
10
A numerical technique based on operational matrices for solving nonlinear integro-differential equations
... various numerical and analytical meth- ods to solve such problems, for example, the homotopy perturbation method [4, 7, 8, 9], the Adomian decomposition method [5], fractional differential transform method [21] ...
16
A numerical technique for solving a class of 2D variational problems using Legendre spectral method
... In this paper, a numerical solution for a class of variational problems based on Le- gendre polynomials is established. The suggested method reduces the two variables optimization problem to solving an algebraic ...
12
The calculation of the loss ratio of pipe-type cable systems using the finite element numerical technique.
... addition of the eddy current term, the vector magnetic p o tential values became complex numbers instead of real n u m bers as was the case previously. Therefore, although the potential values on the boundary were ...
153
Testing of numerical simulation technique of concentrated suspensions agitation
... the numerical technique to simulate the agitation process of concentrated ...simulating technique is based on Eulerian two-fluid model of granular media, k-w SST URANS turbulence model, and sliding ...
5
Numerical Reproducibility of Terrain-induced Turbulence in Complex Terrain by Large-eddy Simulation (LES) Technique
... on a collocated grid in a general curvilinear coordinate system. In this collocated grid, the velocity components and pressure are defined at the grid cell centers, and variables that result from multiplying the ...
14
Numerical Investigation of Separated Solitary Waves Solution for KDV Equation through Finite Element Technique
... using numerical simulation, de Jager, ...a Numerical Solution of the Lax’s 7th-order KdV Equation by Pseudo spectral Method now I n this paper we have choose KdV equation as our model problem as it is used ...
7
A combined numerical and neural technique for short term prediction of ocean currents in the Indian Ocean
... a numerical method is accurate enough at a particular station or ...the numerical methods are essentially targeted to obtaining informa- tion over a large spatial domain rather than at a specific station, ...
14
Experimental and Numerical Study of the Effect of Surround Protection Technique on the Strain Measurement for Offshore Jacket Platform
... protection technique differs fundamentally from the ‘short-term’ protection technique in that it is a ‘double barrier’ technique, although both barriers can be of the same material, as illustrated in ...
6
Impact of Initial Electron Development on Sodium Plasma Generation Using LIBORS Technique: Numerical Modeling
... LIBORS technique, the present work is devoted to clarifying the role played by tri-atomic associative ionization as a seed electron generation process in plasma formation incomparable with those generated by ...
16
Dynamic Response Of Foundations Using Reinforced Technique Under Earthquake Effect- Numerical Study
... Vibration and dynamic responses produced from earthquakes can cause extensive damage to both the foundation and the superstructure. Earthquake motions initiated in the soil are instantaneously transmitted to foundations ...
5