Elsevier S & T

Computational Fluid and Solid Mechanics

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Table of contents

Cover
Contents Volume 2xxi
Prefacev
Session Organizersvi
Fellowship Awardeesvii
Sponsorsix
Part 4: Fluids761
Chapter 212. Comparison of wall laws for unsteady incompressible Navier–Stokes equations over roug762
Chapter 213. Dual–level parallelization of structural acoustics computations764
Chapter 214. K–ε Model simulation by Lagrangian block method767
Chapter 215. Numerical simulations of viscoelastic flow around sharp corners772
Chapter 216. A droplet formation model for stratified liquid–liquid shear flows776
Chapter 217. Buoyancy and Marangoni convections of Te-doped GaSb779
Chapter 218. Preconditioners for parallel adaptive hp FEM for incompressible flows782
Chapter 219. Flow in sclerotic carotid arteries786
Chapter 220. Heat transfer calculations of high-Reynolds-number flows around a circular cylinder791
Chapter 221. Hierarchical expansion method in the solution of the Navier–Stokes equations for inco795
Chapter 222. On the periodicity of the extra-stress tensor in non-Newtonian steady recirculating flo799
Chapter 223. Transformations of solitary waves in a forced variable-coefficient extended Korteweg-de803
Chapter 224. A finite volume – level set method for free surface viscous flows around ships810
Chapter 225. Evaluation of a one-dimensional vertical model for turbulence modelling in wave boundar814
Chapter 226. A poly-region boundary element method for buoyancy-driven flows818
Chapter 227. High performance multi-layer ocean modeling822
Chapter 228. Using computational fluid dynamics to model the passive human neutrophil during micropi826
Chapter 229. Domain decomposition with mortar elements for hyperbolic problems830
Chapter 230. Flow past multi-box bridge decks833
Chapter 231. A virtually meshless formulation for compressible high speed flows with free mesh metho836
Chapter 232. Latency, bandwidth, and concurrent issue limitations in high-performance CFD839
Chapter 233. Grid-quality measures for error estimation of CFD solutions843
Chapter 234. Laminar jet impingement convective heat transfer in partially vented enclosures typical847
Chapter 235. Statistical error in particle simulations of low Mach number flows853
Chapter 236. Aerodynamics of the Crew Return Vehicle and parafoil at different opening stages857
Chapter 237. An efficient step-flow simulation scheme using potential theory861
Chapter 238. Computational modeling of blood flow and rheology in fractal microvascular networks864
Chapter 239. Parallel large eddy simulation technique with heat transfer using tetrahedral finite el868
Chapter 240. Computational aeroacoustics applications in automotive design871
Chapter 241. Numerical simulation of spilled oil drifted on the sloping beach876
Chapter 242. Two-dimensional boundary treatment of a finite volume particle method879
Chapter 243. The application of a fast solver in marine hydrodynamics883
Chapter 244. Positive finite element schemes based on the flux-corrected transport procedure887
Chapter 245. Large amplitude internal waves in a continuously stratified fluid889
Chapter 246. Optimal particle controller for coupled continuum/MD fluid simulation895
Chapter 247. Validating CFD for automotive applications899
Chapter 248. Direct numerical simulation of pulsatile flows in three-dimensional arterial stenoses903
Chapter 249. Numerical analysis of natural convection in a cubic cavity at the Rayleigh number Ra =905
Chapter 250. Meshless methods applied to potential flow problems908
Chapter 251. Role of CFD in analysis and optimization of the continuous casting processes912
Chapter 252. On a bilayer shallow-water problem917
Chapter 253. An adjoint method for the calculation of non-collocated sensitivities in supersonic flo921
Chapter 254. Development of distribution-formula scheme for compressible flows926
Chapter 255. Laminar flow in a partially filled pipe930
Chapter 256. Upwind discretization schemes for the incompressible Navier–Stokes equations934
Chapter 257. Parallel computation of viscous incompressible flows using Godunov-projection method on940
Chapter 258. A fictitious domain/wave-like equation method for viscoelastic particulate flows944
Chapter 259. Estimation of erosion effects due to solid contaminant in hydraulic valves947
Chapter 260. Computational topology for CFD: theorems, criteria and issues951
Chapter 261. An analysis of the incompressible viscous flow using parallel computation954
Chapter 262. Interactions between sloshing modes and incompressible hydroelastic modes for internal957
Chapter 263. A finite-element/spectral incompressible Navier–Stokes solver for eventual applicatio960
Chapter 264. An agglomerated multigrid hybrid mesh method for compressible flow964
Chapter 265. Aerodynamic interaction between multiple parachute canopies968
Chapter 266. A stimulated small scale model of LES for calculation of airflow in and around building973
Chapter 267. Perspectives on asynchronous computations for fluid flow problems977
Chapter 268. Hamiltonian structure of CIVA-particle method in two-dimensional passive scalar advecti981
Chapter 269. Simulation of fluid flow in porous media with object oriented techniques985
Chapter 270. Interface-tracking and interface-capturing techniques for computation of two-fluid flow989
Chapter 271. Solution of the incompressible fluid dynamics problem via the R-function meshfree metho993
Chapter 272. Trends in processor technology and their impact on Numerics for incompressible flow998
Chapter 273. A numerical study on two dimensional Faraday waves1000
Chapter 274. Aerodynamic simulation of an object separating from an aircraft during initial deployme1004
Chapter 275. An integral equation formulation of the Navier–Stokes equations1008
Chapter 276. Stochastic flow through multifractal porous media1010
Chapter 277. A fast and robust variant of the SIMPLE algorithm for finite-element simulations of inc1014
Chapter 278. Flow of fiber-reinforced cement slurries at elevated temperatures1017
Chapter 279. Velocity slip and temperature jump in dilute hard sphere gases at finite Knudsen number1019
Chapter 280. Parallelizing a mould filling calculation by using a dynamic domain decomposition metho1022
Chapter 281. Numerical schemes of capturing multiple solutions of steady convective heat transfer wi1026
Chapter 282. Implementation and analysis of a general CFD parallel finite element program on a Beowu1030
Chapter 283. Numerical study of laminar mixed convection in the entrance region of a helical pipe wi1033
Part 5: Multi-Physics1037
Chapter 284. Parallel algorithms for miscible displacement in porous media1038
Chapter 285. Fluid/structure computational methods in restraint system design1041
Chapter 286. Supersonic flutter of a circular cylindrical shell with structural nonlinearity1045
Chapter 287. Nonlinear dynamics of circular cylindrical shells coupled to flowing fluid1050
Chapter 288. Energy of fluid method for diabatic two-phase flow with phase change1054
Chapter 289. Simulations of the solid/liquid two-phase flow field in jet loop reactors1058
Chapter 290. Numerically stable modular time integration of multiphysical systems1062
Chapter 291. Dispersion and concentration of Lagrangian particles in a neutral atmosphere, using a M1065
Chapter 292. Fluid–structure interaction analysis in biomechanics1068
Chapter 293. Adaptive numerical simulation of turbulent premixed combustion1073
Chapter 294. Finite element analysis of a pressure/potential formulation for structural–acoustic p1077
Chapter 295. Boundary damper approximations for finite element analysis of transient fluid–structu1081
Chapter 296. Multibody multidisciplinary rotorcraft analysis: an overview1084
Chapter 297. Nonstationary flow forces for the numerical simulation of aeroelastic instability of br1088
Chapter 298. An approach to coupled, multi-physics thermal analysis1090
Chapter 299. ACME: a parallel library of algorithms for contact in a multi-physics environment1094
Chapter 300. The penalization method: an efficient tool to modelize obstacles with different permeab1098
Chapter 301. Practical implementation of a p-version wave envelope infinite element for structural a1101
Chapter 302. Coupling damage and moisture induced phenomena in open porous materials1105
Chapter 303. Influence of moisture saturation on the nonlinear hysteretic response of damaged porous1107
Chapter 304. Modeling and analysis of a 3-D asymmetric mine–soil–structure interaction problem w1110
Chapter 305. Electroelastic analysis of general piezoelectric composite laminates by boundary integr1116
Chapter 306. Investigation about chaos in a magneto-elastic dynamical system1120
Chapter 307. A Trefftz-based prediction technique for coupled structural–acoustic radiation proble1124
Chapter 308. Nonlinear finite element modelings of seepage flows and pollutant transports in unsatur1129
Chapter 309. Modeling dendritic solidification with the extended finite element method1135
Chapter 310. Fluid–structure interaction of high lift devices at low Mach numbers1139
Chapter 311. LATIN strategy for coupled fluid–solid problems in the domain1143
Chapter 312. SIERRA: a software environment for developing complex multiphysics applications1147
Chapter 313. Adaptive techniques for semiconductor equations with a Raviart–Thomas element1151
Chapter 314. Numerical study of the Soret effect in a binary system1155
Chapter 315. Reduced order system identification of nonlinear aeroelastic systems1158
Chapter 316. Simulation of air–water flows in soils1163
Chapter 317. From ALE to transpiration1166
Chapter 318. Investigation of sensitivity analysis for fluid–structure interaction systems1170
Chapter 319. Fluid flows in compliant vessels: application to hemodynamics1174
Chapter 320. Solution mapping approach to modeling combustion1177
Chapter 321. Coupled analysis for geotechnical and environmental applications1180
Chapter 322. Numerical simulations in magnetohydrodynamics with free surfaces1184
Chapter 323. Towards Lagrangian, grid free simulation of combustion1188
Chapter 324. Computation of wind-induced vibrations of flexible shells and membranous structures1192
Chapter 325. Coupled thermal stress analysis in die casting: a contact problem1196
Chapter 326. Heat transfer models for gas–solid fluidized beds with internals1199
Chapter 327. Linear stability of convection in rotating mushy layers1205
Chapter 328. Adaptive chemistry1209
Chapter 329. Numerical simulation of the piezo-aero-elasticity of smart helicopter rotor blades in t1213
Chapter 330. Co-simulation of algebraically coupled dynamic subsystems using discrete-time sliding m1218
Chapter 331. Mathematical study of the contact between a drop and a cylindrical fibre1222
Chapter 332. Coupling of fluid and structure analysis codes for air- and spacecraft applications1226
Chapter 333. A diffusion model for affinity adsorption of glycoprotein on immobilized lectin1232
Chapter 334. Computational thermochemomechanics of low-sulfate shotcrete in tunneling1236
Chapter 335. Dynamic computational subgrid modeling in turbulent reactive flow problems1241
Chapter 336. Direct numerical simulation of turbulent premixed flame interaction using parallel comp1244
Chapter 337. Towards free surface hydroplaning over a loaded tire1250
Chapter 338. A control analysis of interaction problem by fluid force1254
Chapter 339. A fixed-grid analysis of convection-dominated melting and solidification1257
Chapter 340. Numerical simulation of unsteady reacting flow with detailed kinetics1261
Chapter 341. Single crystal growing problem in the FZ method under microgravity (three-dimensional n1265
Chapter 342. Particle method for fluid and solid dynamics1269
Chapter 343. On some aspects of fluid–structure interaction analysis with respect to aeroelasticit1272
Chapter 344. A comparison of coupled chemo-mechanical damage models of concrete using phenomenologic1278
Chapter 345. Evaluation of properties of soilcrete by means of back analysis: combination of in-situ1281
Chapter 346. Flow bifurcation and its coupling with the deformable interface in solidification1285
Chapter 347. Numerical estimation of the flutter derivatives of an airfoil1287
Chapter 348. Arbitrary order edge elements and hybrid meshes for electromagnetic scattering problems1292
Chapter 349. Instability behaviors of thermocapillary convection in a system of two-layer liquids1296
Chapter 350. Modelling the response of reinforced plastic joins to fire1299
Chapter 351. Mathematical modeling of the coupling of chemical kinetics with laminar and turbulent t1304
Chapter 352. Model-based simulation of demineralization processes in cracked porous media1309
Chapter 353. On local solutions for piezoelectric laminates1313
Chapter 354. How to make weak couplings strong1317
Chapter 355. Non-linear Galerkin methods in the simulation of the aeroelastic response of wind turbi1320
Chapter 356. Accelerated iterative substructuring schemes for instationary fluid–structure interac1325
Chapter 357. Lock-in prediction for bridge decks using a Discrete Vortex Method1329
Chapter 358. Transient response of premixed methane–air flames1334
Chapter 359. Primitive variable solver for modeling steady-state and time-dependent laminar flames w1338
Chapter 360. Fluid–structure interaction modelling in adaptive undersea vehicles1342
Chapter 361. The importance of pore water pressures in modelling time dependent soil behaviour1346
Chapter 362. Analysis of coupled flow, heat and brine transport in the far field of a nuclear waste1349
Chapter 363. Multiplicity and stability of exothermic chemical reaction in catalyst beds: a numerica1353
Chapter 364. Numerical investigation of the time-dependent temperature field in and around aerotherm1355
Chapter 365. Thermomechanical description of large structural transformations1360
Chapter 366. A symmetric time integration formulation for a class of coupled problems1363
Chapter 367. A tool-box approach to the simulation of multi-physics systems1365
Chapter 368. The influence of a soluble surfactant on the displacement of a gas–liquid interface b1369
Chapter 369. Analysis of the forced convection boiling with the particle interaction method1373
Chapter 370. Parallel unstructured dynamic grid direct simulation Monte Carlo of molecular gas dynam1376
Chapter 371. Computational and experimental study of laminar premixed and nonpremixed flames1381
Chapter 372. Combustion of hydrocarbon fuels in scramjet engines: ethylene combustion1384
Chapter 373. A 3-D model with fluid–structure interactions for unsteady blood flow in stenotic art1388
Chapter 374. Driving a real-time multi-physics simulator to follow an actual system: a DAE observer1393
Chapter 375. Simulating airbag inflation for occupant safety development1397
Chapter 376. An indirect boundary element method for three-dimensional explosion bubbles1401
Chapter 377. Active control of interior acoustics of an enclosure with smart materials1407
Chapter 378. Computation of Marangoni convection at the vapor–liquid interface in aqueous surfacta1412
Chapter 379. Physics applications in the ALEGRA framework1417
Chapter 380. Modeling uncertainty in flow–structure interactions1420
Chapter 381. A universal numerical solver for solid, liquid and gas1424
Chapter 382. Modeling gas damping and spring phenomena in MEMS with frequency-dependent macro-models1426
Chapter 383. Atomistic measures of mechanical deformation and thermal transport processes1430
Chapter 384. Challenges in developing an accurate model for carotid bifurcation blood flow and wall1434
Chapter 385. Direct and iterative computing of fluid flows fully coupled with structures1440
Part 6: CFD for the Natural Convection Problem1445
Chapter 386. Finite-volume analysis of natural convection in a 8:1 tall enclosure1446
Chapter 387. Simulation of the differentially heated 8:1 rectangular cavity by a Galerkin–Legendre1451
Chapter 388. Computation of natural convection flows in the 8 :1 enclosure by a multigrid method1456
Chapter 389. LS-DYNA and the 8:1 differentially-heated cavity1460
Chapter 390. Computational predictability of natural convection flows in enclosures1465
Chapter 391. Numerical prediction of natural convection in a tall enclosure1469
Chapter 392. Finite element solutions for natural convection flows in a tall rectangular cavity1472
Chapter 393. Simulation of natural convection flows in enclosures by an unstaggered grid finite volu1477
Chapter 394. 8:1 Thermal cavity problem1482
Chapter 395. Computational predictability of natural convection flows in enclosures: a benchmark pro1486
Chapter 396. Numerical investigation of laminar natural convection flow inside a tall cavity using a1490
Chapter 397. A projection/wave-like equation method for natural convection flows in enclosures1493
Chapter 398. Understanding the 8:1 cavity problem via scalable stability analysis algorithms1497
Chapter 399. A Petrov–Galerkin method for flows in cavities1501
Chapter 400. Thermally driven flow in a cavity using the Galerkin finite element method1505
Chapter 401. An extended Chebyshev pseudo-spectral contribution to the CPNCFE benchmark1509
Part 7: Algorithms (independent of physical applications)1515
Chapter 402. An improved finite cloud method1516
Chapter 403. A refinement technique for all-hexahedral adaptive meshing1519
Chapter 404. A fictitious domain problem1524
Chapter 405. On the „grad div + s curl rot operator1526
Chapter 406. Mesh simplification made easy1530
Chapter 407. Tetrahedral meshing by an advancing front method through a CAD interface1535
Chapter 408. Differential quadrature, the generalization and the related discrete element analysis m1540
Chapter 409. Equilibrium problems and variational inequalities: a continuum transportation model1543
Chapter 410. The method of finite spheres: a summary of recent developments1546
Chapter 411. Some recent developments for moving-least-squares particle methods1550
Chapter 412. Mesh-independent directional p-enrichment using the generalized finite element method1555
Chapter 413. An inverse-free interface patch test for nonmatching FEM meshes1559
Chapter 414. Load-balancing for mesh-based applications on heterogeneous cluster computers1561
Chapter 415. PAL: a Parallel Application Library1565
Chapter 416. Anisotropic surface remeshing1569
Chapter 417. Development of finite elements based on Walsh series1572
Chapter 418. Stochastic error estimation: integrated data and mesh resolutions1576
Chapter 419. Stability analysis of BEM approximate solutions in grounding analysis1579
Chapter 420. Finite elements and Greens functions1582
Chapter 421. A note on the rate of convergence and complexity of domain decomposition approximate in1586
Chapter 422. A boundary point interpolation method (BPIM) using radial function basis1590
Chapter 423. Updating procedures of stochastic non-Gaussian fields1593
Chapter 424. From meshless methods to natural hierarchical refinement of finite element meshes1595
Chapter 425. A boundary cloud method for exterior electrostatic analysis1598
Chapter 426. Reduction of large circuit models via low rank system gramians1601
Chapter 427. An exploration of global stability of a three-dimensional dynamical system with a stron1606
Chapter 428. Data management and load balancing schemes for 3D parallel adaptive hp FEM1610
Chapter 429. Stability boundaries of linear periodic systems1613
Chapter 430. Shape functions for concave quadrilaterals1617
Chapter 431. Multilevel solvers for the analysis of stochastic systems1620
Chapter 432. A new approach in meshfree method: least-squares meshfree method1623
Chapter 433. Projection-based model reduction using implicit nonlinearity representation1627
Chapter 434. A fictitious domain general PDE solver1631
Chapter 435. A unified procedure for simulating second-order stochastic processes1633
Chapter 436. A matrix description for the domain decomposition methods of the FETI family1636
Chapter 437. Lyapunov characteristic exponent calculation for finite element discretized models1640
Chapter 438. Parallel 3D mesh generator: performance comparison1644
Chapter 439. Scalable bifurcation analysis algorithms for large parallel applications1647
Chapter 440. A Fourier–Galerkin technique to predict periodic and quasi-periodic response of large1651
Chapter 441. Construction of splines moving least squares and an application to differential equatio1655
Chapter 442. Parallel adaptive application development using the SIERRA framework1661
Chapter 443. Sibson and non-Sibsonian interpolants for elliptic partial differential equations1665
Chapter 444. Multiplicity and stability in transport phenomena1668
Chapter 445. Numerical solution of a four-dimensional Fokker–Planck equation1673
Chapter 446. Anisotropic tetrahedral meshing via bubble packing and advancing front1676
Chapter 447. A new meshless regular hybrid boundary node method1680
Chapter 448. Group-theoretic computation of matrices for rectangular hexahedral finite elements1683
Author Index1687
Keyword Index1693

Book details

Vendor Elsevier S & T
SKU 9780080439440
ISBN-13 9780080552811

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