Applications and numerical results
theoretical aspects and numerical results
... Chapter 6 Conclusions and Outlook The main aim of this work was to obtain an approximate solution of the seismic traveltime tomography problems with the help of splines based on reproducing kernel Sobolev spaces. It was ...
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SST are employed in ANSYS FLUENT and the numerical results
... CFD results with data produced by ...experimental results, providing an adequate level of physical accuracy for low Reynolds ...UAVs applications to investigate and optimise the aerodynamic design of ...
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Numerical Algorithms for Polynomial Optimisation Problems with Applications
... Numerical results are reported to show that the proposed algorithm in Chapter 3 is efficient and also it is able to compute the spectral radii of large-size ...and numerical results are ...
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Numerical study of frost formation in a membrane for HVAC applications
... a numerical model that predicts the onset of saturation conditions in permeable membranes has been developed and verified with experimental and analytical ...occur. Numerical and experimental data show that ...
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Numerical Methods For Derivative Pricing with Applications to Barrier Options
... Table 8: The exact and the QE Monte Carlo approximated value for vanilla call option with N=1000. Numerical results show that the QE algorithm errors are much smaller com- pared to Milstein’s method. In the ...
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Absorbing Cross Section in Reverberation Chamber: Experimental and Numerical Results
... i,j,k P i,j,k N,m V i,j,k . (11) 5. RESULTS The ACS values were found for three different materials. First of all, we tested some soft foam sheet and pyramidal absorbers, typically used to dump reflection in ...
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Plasmonics : numerical methods and device applications
... plasmon mode is one such mechanism for subwavelength-scale signal transmission. In thin metallic films, surface plasmons can propagate over tens of centimeters at infrared wavelengths. However, this long-range ...
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Algorithms and Applications in Numerical Elimination Theory
... the stereographic lattice Landau gauge-fixing functional is orbit-dependent. We conclude that the proposed theory is not a valid topological field theory. We summarize our results in the following figures. In ...
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Applications of Virtual Modules in Numerical Analysis
... 3. Results and Discussion The VI module presented in this paper to solve numerical models, has been experimented and has given positive results as shown by the table from (1 to ...
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Numerical homogenization: survey, new results, and perspectives
... many applications such as diffusion in porous media or composite ...By numerical homogenization, we mean that we compute not only an “averaged” solution of the highly heterogeneous problem, but also the ...
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Some applications of Cam-clay in numerical analysis
... The results of the parametric study of triaxial compression tests and plate loading tests were quantified in terms of stiffness (or tangent modulus), strength (or bearing pressure) and s[r] ...
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Some applications of Cam-clay in numerical analysis
... The results of the parametric study of triaxial compression tests and plate loading tests were quantified in terms of stiffness (or tangent modulus), strength (or bearing pressure) and s[r] ...
302
Resiliency in Distributed Workflow Systems for Numerical Applications
... 2.4 Workflow Systems 2.4.1.4 Dynamicity in Workflow Systems Very often a scientist can not predict from the design phase all the scenarios that his experiments will follow during execution. Instead when formulating ...
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Numerical modelling of multilayered coatings : latest developments and applications
... experimental results require molecular and multiscale models to be connected with experimental ...the numerical modelling of multilayered coatings is ...
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Chebyshev approximation with applications to the numerical solution of differential equations
... subject to y(0) = 0 . Two different a p p r oximating functions are used, The trapezoidal rule is used to generate equation (7.13), and results similar to those of the previous section are shown in Tables 46 and ...
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Numerical Methods in Site Response Analysis for Nuclear Applications
... Equivalent linear methods The equivalent linear method involves the calculation of an approximate nonlinear response using a linear analysis with the soil properties adjusted to account for softening during earthquake ...
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Drilling and Completion in Petroleum Engineering Theory and Numerical Applications
... of the models matched reality. Our teams would literally be in the field, at the wellhead and accountable to the customers, for the quality of our predictions and any observed variances. With so much at stake, I sought ...
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Numerical Analysis in Nonlinear Least Squares Methods and Applications
... the results on testing the multi-variable test problems, it was found that the Newton’s method has the highest failure rate of ...encouraging results compared to the other methods with failure rates of only ...
166
A review of dough rheological models used in numerical applications
... of numerical and experimental studies of dough kneading in a partially filled cylindrical mixer, with either one or two eccentric ...The numerical procedure utilized a parallel numerical method based ...
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Generalization of weighted Ostrowski inequality with applications in numerical integration
... Weighted Peano Kernels are used for Ostrowski type inequalities, depending on the second derivatives, are stated in this paper. In the research paper [5] and [11], Weighted Ostrowski type inequalities for the second ...
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