... low-distortion (Pag`es [25]) methods. Two-dimensional plots, as shown in Figure2.3.1, do indeed suggest that the latter methods provide nicer samplings. Inthe numerical experiments, we have ... finite-difference grids. We stay inline with basic finite-difference methods, in that we use the same grid at everytime step. This is in contrast with the methods based on forward generation ofMonte Carlo paths ... 15Standard finite-difference methods that work well in low-dimensionalproblems quickly become unmanageable in high-dimensional cases; on theother hand, standard Monte Carlo methods cannot be applied...
... at interface of porous plain media, Int. J. Heat Mass Transfer, Vol. 35, pp. 927-943, 1992. HeatTransfer - Mathematical Modelling, NumericalMethods and Information Technology 640 ()0ijijijikjkikmjkmDD ... HeatTransfer - Mathematical Modelling, NumericalMethods and Information Technology 642 [11] Kang, M.K., W. Lee, II, J.Y. Yoo, et al., Simulation of Mold Filling Process During Resin Transfer ... C.L. Tucker, Thermal Dispersion in Resin Transfer Molding. Polymer Composites, 1995. 16(6): p. 495-506. HeatTransfer - Mathematical Modelling, NumericalMethods and Information Technology 636...
... orders@intechweb.org Heat Transfer - Mathematical Modelling, NumericalMethods and Information Technology, Edited by Aziz Belmiloudi p. cm. ISBN 978-953-307-550-1 HeatTransfer - Mathematical Modelling, Numerical ... of fin volume: A. maximum heattransfer rate; B. optimum length; and C. optimum semi-fin thickness at the base HeatTransfer - Mathematical Modelling, NumericalMethods and Information Technology ... variational method, a functional F is constructed from heattransfer rate and fin volume expressions: HeatTransfer - Mathematical Modelling, NumericalMethods and Information Technology 24 ()()(...
... the heattransfer equation in a way thatcaptures the directionality of the blood flow and incorporates the convection features of the heat transfer between blood and solid tissue.42 Heat Transfer ... antagonistic roles. For more details on this new34 Heat Transfer - Mathematical Modelling, NumericalMethods and Information Technology24 Heat Transf erSince˜u(T)=0, w(0)=0 and according ... LD(w)=∑i=1,l1meas(Ωi)χΩi< w >i(43)58 Heat Transfer - Mathematical Modelling, NumericalMethods and Information Technology32 Heat Transf erdata (U0+ u0, P + p,φ + ϕ, g + η,...
... δk= minλ>0R(λ), (74)70 Heat Transfer - Mathematical Modelling, NumericalMethods and Information Technology HeatTransfer - Mathematical Modelling, NumericalMethods and Information Technology ... the heat exchanger is very good. In the case of HeatTransfer - Mathematical Modelling, NumericalMethods and Information Technology 100 Tan, K. S. & Spinner, I.,H. (1984). Numericalmethods ... even for gray108 Heat Transfer - Mathematical Modelling, NumericalMethods and Information TechnologyDirect and Inverse HeatTransfer Problems in Dynamics of Plate and Tube Heat Exchangers ...
... (42)114 Heat Transfer - Mathematical Modelling, NumericalMethods and Information Technology6 Heat Transfer here φeis the environment temperature and the convection-radiation heattransfer ... Eddingtonfactors.122 Heat Transfer - Mathematical Modelling, NumericalMethods and Information Technology18 Heat Transfer 4.2 Performance of finite differences and finite v o lume methods The most ... and the solids are thick opaque gray bodies.120 Heat Transfer - Mathematical Modelling, NumericalMethods and Information Technology18 Heat Transfer Fig. 3. a) Nonequilibrium distribution (ξ3nν∝...
... different space subdivision176 Heat Transfer - Mathematical Modelling, NumericalMethods and Information Technology HeatTransfer - Mathematical Modelling, NumericalMethods and Information Technology ... common representatives in 3D168 Heat Transfer - Mathematical Modelling, NumericalMethods and Information Technology HeatTransfer - Mathematical Modelling, NumericalMethods and Information Technology ... Mathematical Modelling, NumericalMethods and Information Technology HeatTransfer - Mathematical Modelling, NumericalMethods and Information Technology 188 Conduction heattransfer phenomenon...
... temperature distribution for N=1 and HeatTransfer - Mathematical Modelling, NumericalMethods and Information Technology 246 3.3 Flow and heattransfer on a winged space vehicle at reentry ... base of the numerical solution of the Navier-Stokes equations a study was carried out of flow parameters and heattransfer for laminar flow over a test model of Pre-X space HeatTransfer - ... vehicle surface, Н = 70 km HeatTransfer - Mathematical Modelling, NumericalMethods and Information Technology 234 (TsNIImash) (Gubanova et al, 1992), areas of elevated heat fluxes have been...
... statesin a periodic crystal.308 Heat Transfer - Mathematical Modelling, NumericalMethods and Information Technology HeatTransfer - Mathematical Modelling, NumericalMethods and Information Technology ... of heattransfer in granular flows. International Journal of Heat and Mass Transfer, 39, 2131. Michaelidies, E.E. (1986). Heattransfer in particulate flows. International Journal of Heat ... and length scales are estimated as below: Part 3 Heat Transfer in Mini/Micro Systems HeatTransfer - Mathematical Modelling, NumericalMethods and Information Technology 280 Section 4.3...
... be the case in an ionic314 Heat Transfer - Mathematical Modelling, NumericalMethods and Information Technology Heat Transfer - Mathematical Modelling, NumericalMethods and Information Technology ... defined as ωmax= vgπ/a1.322 Heat Transfer - Mathematical Modelling, NumericalMethods and Information Technology Heat Transfer - Mathematical Modelling, NumericalMethods and Information Technology ... for phonons. Using this information328 Heat Transfer - Mathematical Modelling, NumericalMethods and Information TechnologyStudy of Hydrodynamics and HeatTransfer in the Fluidized Bed Reactors...
... of the known heattransfer mechanisms. The approach considers the different heat transfer mechanisms in detail, for example, particle-fluid convection, particle-particle Heat Transfer - Mathematical ... fraction, gas volume fraction, and heattransfer coefficient between gas and solid phases (resulting in a Heat Transfer - Mathematical Modelling, NumericalMethods and Information Technology ... Diffusion coefficient gsϕ Transfer of kinetic energy, J/(m3.s) sγΘ Collision dissipation of energy, J/(m3.K.s) Heat Transfer - Mathematical Modelling, NumericalMethods and Information...