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Table of contents

  1. Front Matter
    Pages i-xvii
  2. Kenneth C. Mills, Carl-Åke Däcker
    Pages 1-17
  3. Kenneth C. Mills, Carl-Åke Däcker
    Pages 19-58
  4. Kenneth C. Mills, Carl-Åke Däcker
    Pages 59-108
  5. Kenneth C. Mills, Carl-Åke Däcker
    Pages 109-146
  6. Kenneth C. Mills, Carl-Åke Däcker
    Pages 147-175
  7. Kenneth C. Mills, Carl-Åke Däcker
    Pages 177-222
  8. Kenneth C. Mills, Carl-Åke Däcker
    Pages 223-270
  9. Kenneth C. Mills, Carl-Åke Däcker
    Pages 271-283
  10. Kenneth C. Mills, Carl-Åke Däcker
    Pages 285-392
  11. Kenneth C. Mills, Carl-Åke Däcker
    Pages 393-416
  12. Kenneth C. Mills, Carl-Åke Däcker
    Pages 417-536

About this book

Introduction

This book deals with casting powders and explains how they work and how they are best used to minimise defects in the ninety per cent of world steel production that is continuously cast. It also includes a chapter on mould powders for ingot-casting. The factors affecting various aspects of powder performance are described and different defects, their causes, and means of avoiding them are considered.

Providing the first comprehensive coverage of mould powder properties and uses, the text treats theoretical and practical matters and gives direct advice on problem-solving. Drawing on a wealth of scientific and technological research, represented by its extensive references, The Casting Powders Book shows readers how they can design and create mould powders optimised to fulfil the necessary functions of:

  • lubrication of steel shells and reduction of shell–mould friction;
  • absorption of inclusions floating up from the steel;
  • chemical insulation of steel from carbon-rich mould powder; and
  • protection of the steel meniscus from oxidation and thermal insulation to                  prevent surface-freezing.

Thermophysical properties and heat-transfer processes are also given detailed attention and case studies illustrate the methods and materials described.

The Casting Powders Book is designed to be a periodic reference that can be dipped into as the need arises. Readers from different backgrounds are well-served by the depth and variety of content:

  • engineers trouble-shooting a continuous-casting process interested in how mould fluxes can minimise defects and process problems and how their performance is in turn affected by casting parameters;
  • academic scientists interested in the theoretical aspects and properties of mould fluxes and slag films;
  • engineers working with ingot-casting processes;and many others will find this book an invaluable resource.

Keywords

Continuous Casting Heat Transfer in Casting Ingot Casting Mould Powder Mould Slag Infiltration and Lubrication

Authors and affiliations

  • Kenneth C. Mills
    • 1
  • Carl-Åke Däcker
    • 2
  1. 1.Royal School of MinesImperial College LondonLondonUnited Kingdom
  2. 2.Swerea KIMAB ABKistaSweden

Bibliographic information