Article
Licensed
Unlicensed
Requires Authentication
Preface
Published/Copyright:
March 4, 2015
Published Online: 2015-3-4
Published in Print: 2015-3-31
©2015 by De Gruyter
You are currently not able to access this content.
You are currently not able to access this content.
Articles in the same Issue
- Frontmatter
- Preface
- Experimental and Stochastic Modeling of the Globular Microstructure and the Microsegregation Evolution during the Solidification of Magnesium Alloys Cast at Low Superheat via Containerless Melting
- On the Influences of Adjacent Conducting Media and Coil Frequency on the Electromagnetic Field and Flow Characteristics in Solidifying Melts
- Nucleation of Carbon Monoxide Gas Bubbles in Electromagnetically Levitated Molten Iron Drops
- Numerical Analysis of Electromagnetic Levitation Employing Meshless Method Based on Weighted Least Square Method
- Arrays of Rotating Permanent Magnet Dipoles for Stirring and Pumping of Liquid Metals
- Flow Visualization by Means of Contactless Inductive Flow Tomography in the Presence of a Magnetic Brake
- CFD of the MHD Mold Flow by Means of Hybrid LES/RANS Turbulence Modeling
- The Application of MHD Side Stirring Technology to Aluminium Melting Furnaces for Operational Efficiency Improvement – A Case Study
- Impact of Coil Geometry on Magnetohydrodynamic Flow in Liquid Aluminium and Its Relevance to Inclusion Separation by Electromagnetophoresis
- Mathematical Modeling of the Mold Current and Its Influence on Slag and Ingot Behavior during ESR
- Online Electromagnetic Filtration of Molten Aluminum Using a Multistage Separator System
- Effect of Single-Ruler Electromagnetic Braking (EMBr) Location on Transient Flow in Continuous Casting
- Optimization of an Electromagnetic Technology in ArcelorMittal Gent for Improving Products Quality in Steel Industry
- Control of Slag-Dragging Effects at the Metal–Slag Interface through Electromagnetic Brake in a Slab Mold
- Recent LIMMCAST Results on the Modeling of Steel Casting
- Magnetic Damping of Liquid Steel Flows in Horizontal Single Belt Casting (HSBC)
- A New Electromagnetic Heating Method to Study Spray Cooling
Articles in the same Issue
- Frontmatter
- Preface
- Experimental and Stochastic Modeling of the Globular Microstructure and the Microsegregation Evolution during the Solidification of Magnesium Alloys Cast at Low Superheat via Containerless Melting
- On the Influences of Adjacent Conducting Media and Coil Frequency on the Electromagnetic Field and Flow Characteristics in Solidifying Melts
- Nucleation of Carbon Monoxide Gas Bubbles in Electromagnetically Levitated Molten Iron Drops
- Numerical Analysis of Electromagnetic Levitation Employing Meshless Method Based on Weighted Least Square Method
- Arrays of Rotating Permanent Magnet Dipoles for Stirring and Pumping of Liquid Metals
- Flow Visualization by Means of Contactless Inductive Flow Tomography in the Presence of a Magnetic Brake
- CFD of the MHD Mold Flow by Means of Hybrid LES/RANS Turbulence Modeling
- The Application of MHD Side Stirring Technology to Aluminium Melting Furnaces for Operational Efficiency Improvement – A Case Study
- Impact of Coil Geometry on Magnetohydrodynamic Flow in Liquid Aluminium and Its Relevance to Inclusion Separation by Electromagnetophoresis
- Mathematical Modeling of the Mold Current and Its Influence on Slag and Ingot Behavior during ESR
- Online Electromagnetic Filtration of Molten Aluminum Using a Multistage Separator System
- Effect of Single-Ruler Electromagnetic Braking (EMBr) Location on Transient Flow in Continuous Casting
- Optimization of an Electromagnetic Technology in ArcelorMittal Gent for Improving Products Quality in Steel Industry
- Control of Slag-Dragging Effects at the Metal–Slag Interface through Electromagnetic Brake in a Slab Mold
- Recent LIMMCAST Results on the Modeling of Steel Casting
- Magnetic Damping of Liquid Steel Flows in Horizontal Single Belt Casting (HSBC)
- A New Electromagnetic Heating Method to Study Spray Cooling