Moving boundaries : computational modelling of free and moving boundary problems
著者
書誌事項
Moving boundaries : computational modelling of free and moving boundary problems
（Computational and experimental methods, v. 4,
Computational Mechanics Publications, c1997-2004
- IV
- VI
- VII
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注記
IV: editors, R. Van Keer, C.A. Brebbia
IV: 361 p
IV: 4th International Conference on Computational Modelling of Free and Moving Boundaries, held at Ghent University, Belgium, in August 1997
VI: editors, B. Šarler, C.A. Brebbia
VI: Southampton : WIT Press , c2001
VI: 252 p
VI: 6th International Conference held in Lemnos Island, Greece, 2001
VII: editors, A. A. Mammoli, C. A. Brebbia
VII: Southampton : WIT Press , 2004
VII: 376 p
VII: 7th International Conference held in Santa Fe, USA
Includes bibliographical references and index
内容説明・目次
- 巻冊次
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IV ISBN 9781853124655
内容説明
Contains the proceedings of the Fourth International Conference on Computational Modelling of Free and Moving Boundary Problems, held during August 1997. The purpose of this text is to promote the interaction between engineers, applied mathematicians and numerical analysts involved in the creation, development and application of computational methods to free and moving boundary problems.
目次
- Flow through porous media
- wave propagation in solids and liquids
- sedimentation and infiltration
- cavitational flow
- lubrication problems
- metal casting and welding
- electroplating and electrodeposition
- fracture propagation
- contact problems.
- 巻冊次
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VI ISBN 9781853128646
内容説明
In this volume, the contributors to the sixth International Conference on this subject consider the computational modelling of a continuum, where the positions of its borders or interphase boundaries have to be determined as part of the solution. Designed to establish interdisciplinary links between scientists and engineers who tackle similar problems from different research perspectives, and scientists who work on different applications using similar numerical methods, the volume covers various aspects of fundamentals, numerical methods and applications.
目次
- Section 1: Phase change - Simulation and control of industrial crystal growth of BaF2
- Parallel computation for moving boundaries in ceramic grain growth
- Application of the artificial heat source method for numerical modelling of continuous casting
- The optimization of concasting using two numerical models
- Numerical calculations of the heat-transfer coefficient during solidification of alloys
- Wave regimes of the vapour film condensation. Section 2: Free surface flow - Transient dynamics of containers partially filled with liquid
- Moving coordinates methods and applications to the oscillations of a falling slender body
- Development of numerical simulator for a bubble behavior driven by Marangoni convection in viscous fluid under micro gravity
- Dynamic analysis of the free surface of magnetic fluid by the complex magnetic field and fluid velocity
- The modeling of dough mixing with free surfaces in two and three dimensions. Section 3: Numerical methods - A polygon-free numerical solution of steady natural convection in solid-liquid systems
- Moving boundaries in solid state aluminium alloys
- 2D solidification and melting model using FEM and adaptive meshing
- A Volume of Fluid (VOF) method for handling solid objects using fixed Cartesian grids
- Numerical modelling of biological tissue freezing
- Investigation of numerical wave channel concerning absorbing boundary
- A combined domain and integral techniques to solve planar oxidation problem
- Thermal numerical simulation of the laminar construction of RCC dams. Section 4: Special interface problems - Unsteady mass transfer in single drop systems with interfacial mobility
- On the action of Boussinesq forces at a precompressed elastic interface
- Flow past multiple connected plates. Section 5: Fracture and contact problems - A new appraisal technique for stability of tunnel face
- Moving grain boundaries in polycrystals
- A method for determination of stress distributions in the process zone ahead of a 2D crack
- 巻冊次
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VII ISBN 9781853129872
内容説明
The modelling of free and moving boundary problems occurs in many different disciplines and proposed solutions come from a variety of perspectives. This book contains most of the papers presented at the Seventh International Conference on Computational Modelling of Free and Moving Boundaries, an interdisciplinary forum where the mathematical bases underlying all these problems were discussed. Some of the most up-to-date research on the solution of problems in which the position of the surface is part of the solution is highlighted. These can only be solved analytically in a few cases and require the development of suitable computational methods that provide accurate solutions. DESCRIPTION : The contributions are divided under the following headings : Boundary Tracking; Fluid Structure Interactions; Flow Through Porous Media; Free Surface Flow; Manufacturing Free Surface Flows; Phase Change; Phase Interface Phenom ena; and Advanced Computational Methods.
目次
- Section 1 Boundary tracking: Constructive topological domain modeling for solution of problems with moving boundaries
- Moving boundary problems in earth-surface dynamics
- A mathematical model that uses an adaptive mesh for predicting scalar transport in a transient incompressible jet
- Computational solution of a two-phase moving boundary problem with two moving interfaces in pulsed laser processing of semiconductors
- Identification of boundary movement from internal measurements
- A moving boundary model for fatigue corrosion cracking
- Estimation of non-rigid deformations in the three-dimensional space and time domains in medical images. Section 2 Fluid structure interactions (Special session organised by R.R. Rao & P.R. Schunk): Finite element simulations of fluid-structure interactions via overset meshes and sharp embedded interfacial conditions
- A level-set based sharp interface method for three-dimensional incompressible flows with complex moving boundaries
- A finite element model for dynamic wetting on flexible solids using arbitrary Lagrangian Eulerian (ALE) mesh motion
- GMRES acceleration of subiteration for fluid-structure interactions
- Convergence of successive approximation for a free-boundary problem in fluid-structure interaction
- Blood damage measures for ventricular assist device modeling
- Some characteristics of the interaction between turbulent flows and movable rippled bottom in the river mouth
- Renormalization methods and interface problems. Section 3 Flow through porous media: A two dimensional numerical study of viscous fingering in a porous medium
- Numerical solution for domain decomposed, heterogeneously modeled seepage problems. (part contents)
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