Numerical modeling of coupled phenomena in science and engineering : practical uses and examples için kapak resmi
Başlık:
Numerical modeling of coupled phenomena in science and engineering : practical uses and examples
Yazar:
Arriaga, M. C. Suarez.
ISBN:
9780203886229

9781134023936

9781134023974

9781134023981
Fiziksel Tanımlama:
1 online resource (xxxii, 461 pages).
Seri:
Multiphysics modeling, Volume 1

Multiphysics modeling ; Volume 1.
İçerik:
part Part 1: Computational mathematics, modeling and numerical methods -- chapter 1 Mathematical and computational modeling in Mexico -- chapter 2 Numerical solution of boundary inverse problems for orthotropic solids / chapter 3 Reliable numerical solutions for random differential systems / chapter 4 Area functionals for high quality grid generation / chapter 5 Multi-objective topological optimization of structures / chapter 6 Some patterns in primes and their possible applications as quasi-Monte Carlo methods in multivariable integration / chapter 7 Comparison between discrete and continuous Schr�dinger operators with a small potential well / chapter 8 Enhanced finite elements: A unified approach / part Part 2: Coupled problems in fluid-structure interactions and in heat transfer -- chapter 9 Simulation of structural response to violent-free surface flows -- chapter 10 Fluid structure interaction and proper orthogonal decomposition (POD) method / chapter 11 Numerical models for simulation of the seismic behavior of RC structures�A case study / chapter 12 Numerical modeling of wave phenomena (refraction-diffraction) applied to breakwaters of the cooling water intake of Laguna Verde nuclear power plant in Veracruz, Mexico / chapter 13 Computer simulations of open-cell foams thermo-conductivity properties / chapter 14 Numerical simulation of a basic steelmaking furnace / chapter 15 Unsteady natural convection in interconnected systems / chapter 16 Dynamic-thermal-structural analysis of a gas turbine blade with internal cooling / chapter 17 Transient analysis of a geothermal snow-melting system on a typical bridge / part Part 3: Computational mechanics of fluids and solids, multiphysics, biomechanics -- chapter 18 Fast calculation of electro- and thermo-static fields in 3D-medium with an isolated heterogeneous inclusion using Gaussian approximating functions and application of FFT / chapter 19 Analytic-numerical approach of the equations to simulate wave amplitude attenuation in silencers of exhaust systems of internal combustion engines / chapter 20 Adaptive FE limit analysis bounds approach to the computation of the limit load in plane stress / chapter 21 Probability density functions from patterns in primes indices�Perspectives of usage as a quasi-Monte Carlo method / chapter 22 An arterial element for modeling vascular flow / part Part 4: Flow of mass and energy in porous media -- chapter 23 3D analytical solutions for transport in a double porosity media -- chapter 24 Systematic formulation of continuum systems: Theoretical modeling of combustion fronts in porous media / chapter 25 Trefftz-Herrera collocation method: Numerical modeling of combustion fronts in porous media / chapter 26 The integrated finite difference method (IFD), applied to simulate groundwater flow in the aquifer of Morelia, Michoac�n, Mexico / chapter 27 Numerical modeling of the coupled flow of brine and oil in hydrocarbon reservoirs / part Part 5: Boundary elements, spectral and meshless methods, numerical optimization -- chapter 28 A novel boundary element multiscale method for damage modeling -- chapter 29 A formulation based on the localized Lagrange multipliers for solving 3D frictional contact problems using the BEM / chapter 30 Spectral methods in third-order differential operators / chapter 31 Wave propagation in a biphasic fluid-solid media, with a pseudo-spectral FD scheme / chapter 32 A numerical particle method for the simulation of mass flows in volcanoes / chapter 33 The car traffic problem to evacuate people in the Popocat�petl volcano / chapter 34 Numeric optimization of the hydrodynamic model YAXUM/3D / chapter 35 Calculating the outline of a petal tool for polishing optical surfaces using linear programming
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E-Kitap 547242-1001 QA401 .N86 2009
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