Name: FOURTH REPORT ON THE HETEROGENEITY OF STEEL INGOTS
SKU: 2115960
Price: 16.00 GBP
Availability: InStock

FOURTH REPORT ON THE HETEROGENEITY OF STEEL INGOTS

Published by The Iron And Steel Institute. 1932

Good condition. Being a report by a joint committee of the Iron and Steel Institute and The National Federation of Iron and Steel Manufacturers to the Iron and Steel Industrial Research Council. Iron and Steel Institute - Special Report No. 2. Card wraps. Fold-out pages and diagrams.

Top 2-3" of spine is split vertically, then horizontally; also splitting to base of spine. Browning to covers. Staples are rusty. Foxing to contents.

Stock no. 2115960

Categorised in:
INDUSTRY
ENGINEERING

Buy now for £16.00

Enquire about this book

Add to Wish List

Introduction
SECTION I - A Further Study of Steel Ingots
Part I - Details of the Manufacture of the Ingots Studied
Part II - Theoretical Discussion
SECTION II - Oxygen and Silicates in Steel
SECTION III - The Distribution of Silicates
SECTION IV - Principles Involved in the Making of Rimming Steel
Characteristics of Rimming Ingots
Heterogeneity in Ingots of Rimming Steel
Influence of Furnace and Pit Practice on Heterogeneity
Control of Gas Content
Origin of Gases in Steel
Discussion and Conclusions
Bibliography on Rimming Steel
SECTION V - Pyrometry as Applied to Liquid Steel
General Summary
A. Calibration of Optical Pyrometers
B.Comparison of Optical Pyrometers under Works Conditions
The Emissivity Factor
Special Heats Made for the Main Committee at the University of Sheffield
(1) Observations of Temperature in the Bath
(2) Tapping and Casting Temperatures
C. Experiments with Thermocouples for the Measurement of the Temperature of Liquid Steel under Works Conditions
Carbon Rod Experiment for the Measurement of Bath Temperatures
D. Ingot Mould Temperatures
SECTION VI - Ingot Mould Material
Part I. Thermal Properties of Ingot Mould Irons
Properties Tested
Thermal and Electrical Conductivity
Specific Heat
Moulds Tested
Compositions of Ingot Mould Irons Tested
Microstructure
Thermal Expansions, Dilatation Properties and Densities
Electrical Resistivities at 16degrees C
Examination of Used Ingot Moulds Nos 1 and 2
Analyses
Microstructure
Test-Pieces and their Location
Conclusions
Part II. The Thermal Conductivities of Ingot Mould Irons
Introduction
Apparatus Used
Consideration of Results
Conclusions
References
SECTION VII - Some Further Mathematical Considerations Concerning the Cooling and Freezing of Steel Ingots
I. The Effect of Assuming Different Thermal Constants for the Mould, Solid Steel, and Liquid Steel
II. The Case of a Mould of Finite Thickness the Initial Temperature being Considereed
III. The Effect of a Layer of Material of Lower Conductivity between the Mould and the Ingot
IV. The Effect of Separation of the Ingot and Mould on the Rate of Solidification
SECTION VIII - Bibliography
Acknowledgements