Heat Transfer
1st Edition
Published on 21. November 2016
320 pages
978-3-11-085320-9 (ISBN)
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L.C. Wrobel | C.A. Brebbia
Heat Transfer
Book
07/1991
1st Edition
De Gruyter
€119.95
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L.C. Wrobel | C.A. Brebbia
Computational Modelling of Free and Moving Boundary Problems / Heat Transfer
Book
1991
1st Edition
De Gruyter
€169.95
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Content
- Intro
- PREFACE
- CONTENTS
- FIRST INTERNATIONAL CONFERENCE ON COMPUTATIONAL MODELLING OF FREE AND MOVING BOUNDARY PROBLEMS 91
- SECTION 1: SOLIDIFICATION AND MELTING
- Recent Developments in the Modelling of Solidification Processes
- Numerical Modelling of Freezing Processes in Foodstuffs
- An Alternative Approach for the Modelling and Simulation of Binary-Alloy Solidification using a Fixed-Grid Control-Volume Technique
- Melting of Anisotropic Crystals by the Boundary-Domain Integral Method
- An Efficient Finite Element Procedure for the Solution of Enthalpy Model for Phase Change Heat Conduction Problems
- Cyclic Phase Change Heat Conduction in T h i n Composite Slabs
- Simulation of Natural Convection Melting of a Pure Metal from Below
- A Fast Implementation of the Isotherm Migration Method
- An Inverse Finite Element Method for Directly Formulated Free and Moving Boundary Problems
- Finite Difference Enthalpy Methods for Dendritic Growth
- Numerical Model of Heat Transfer Processes in Solidifying and Cooling Steel Ingot (on the basis of BEM)
- SECTION 2: METAL CASTING AND WELDING
- Spread in Hot Rolling: an Optimal Control Approach
- Newtonian Fluid Computations in Lagrangian Variables with a Remeshing Technique. Application to the Filling Stage of the Diecasting Process
- Utilization of the Boundary Element Method for Numerical Analysis of Thermal Processes in the Casting-Mould System
- Free Surfaces Computation in a Steady-State Finite Element Model for Tube Rolling
- Prediction of the Free Surface in a Continuous Casting Mould and its Influence on the Flow Pattern and the Temperature Distribution
- SECTION 3: ELECTRICAL/ELECTROMAGNETIC PROBLEMS
- Optimal Shape Synthesis of Electric Devices using the Boundary Element Method
- Modelization of the Non-Linear Moving Parts of an Electromechanical Relay
- SECTION 4: SCIENTIFIC APPLICATIONS
- Moving Boundary Problems and Solution Strategies in Semiconductor Process Simulation
- On a Kind of Dynamic Fracture Problem with Moving Boundaries
