Product Description
Atmosphere Heat Treatment: Principles, Applications, Equipment - Vol. 1
Atmosphere Heat Treatment: Principles, Applications, Equipment , Volume I emphasizes fundamental principles, materials, metallurgy, applications and equipment. The emphasis is on the needs of heat treating and engineering practitioners working in the field. This book provides the reader with practical advice, a diverse set of application examples and a wide range of technical and engineering information necessary to make informed decisions about how to heat treat and what equipment and features are necessary to do the job.
CONTENTS
DEDICATION
FOREWORD
PUBLISHER'S PREFACE
SPONSOR ACKNOWLEDGMENTS
PREFACE
COLOR IMAGE SECTION (MIDDLE)
CHAPTER 1: INTRODUCTION TO HEAT TREATMENT
1.1 | WHAT IS HEAT TREATMENT, AND WHY DO WE DO IT?
1.2 | WHAT IS GOOD HEAT TREATMENT?
1.3 | HEAT-TREATMENT INDUSTRY OVERVIEW
1.4 | CAPTIVE AND COMMERCIAL HEAT TREATMENT
1.5 | IMPROVING THE HEAT-TREATMENT PROCESS
1.6 | THE FUTURE OF HEAT TREATMENT
CHAPTER 2: METALLURGY FOR THE HEAT TREATER
2.1 | FUNDAMENTAL PRINCIPLES: STEEL TRANSFORMATIONS AND MICROSTRUCTURES
2.2 | FERROUS ALLOYS: IRON
2.3 | FERROUS ALLOYS: STEEL
2.4 | HOW PARTS HEAT AND COOL
2.5 | HARDNESS AND HARDENABILITY
2.6 | IDEAL DIAMETER
2.7 | GRAIN SIZE
2.8 | BANDING AND SEGREGATION IN CARBON AND ALLOY STEELS
2.9 | TOUGHNESS
2.10 | RETAINED AUSTENITE
2.11 | MARTENSITE
2.12 | NON-MARTENSITIC TRANSFORMATION PRODUCTS (NMTPs)
2.13 | BAUSCHINGER EFFECT
2.14 | NONFERROUS ALLOYS
CHAPTER 3: MATERIALS & MATERIALS CHARACTERIZATION
3.1 | MATERIAL CERTIFICATION SHEETS
3.2 | CARBON IN STEEL
3.3 | MANGANESE IN STEEL
3.4 | BORON IN STEEL
3.5 | OTHER ALLOYING ELEMENTS IN STEEL
3.6 | STEEL CLEANLINESS
3.7 | STAINLESS STEELS
3.8 | TOOL STEELS
3.9 | SPECIALTY STEELS
3.10 | POWDER METALLURGY
3.11 | ALUMINUM AND ALUMINUM ALLOYS
3.12 | OTHER NONFERROUS ALLOYS
CHAPTER 4: HEAT-TREATMENT EQUIPMENT & DESIGN
4.1 | CLASSIFICATION OF HEAT-TREATMENT EQUIPMENT
4.2 | TYPES OF HEAT-TREATMENT EQUIPMENT
4.3 | COMBUSTION SYSTEMS
4.4 | ELECTRIC HEATING ELEMENTS
4.5 | FURNACE INSULATION
4.6 | HEAT-RESISTANT ALLOYS
4.7 | INSTRUMENTATION AND PROCESS CONTROLS
CHAPTER 5: HEAT TREATMENT OF FERROUS ALLOYS
5.1 | CAST IRON
5.2 | ANNEALING
5.3 | NORMALIZING
5.4 | HARDENING
5.5 | CASE HARDENING
5.6 | AUSTEMPERING
5.7 | STRESS RELIEF
5.8 | TEMPERING
5.9 | FURNACE BRAZING
5.10 | GLASS-TO-METAL AND CERAMIC-TO-METAL SEALING
5.11 | SINTERING, SINTER HARDENING AND POST-SINTERING HEAT TREATMENTS
5.12 | STEAM TREATING
5.13 | STAINLESS STEELS
5.14 | TOOL STEELS
CHAPTER 6: HEAT TREATMENT OF NONFERROUS ALLOYS
6.1 | LIGHT METALS
6.2 | ALUMINUM AND ALUMINUM ALLOYS
6.3 | TITANIUM AND TITANIUM ALLOYS
6.4 | COPPER AND COPPER ALLOYS
6.5 | MAGNESIUM AND MAGNESIUM ALLOYS
CHAPTER 7: ANCILLARY PROCESSES
7.1 | LOADING OF PARTS
7.2 | CLEANING OF PARTS
7.3 | MASKING OF PARTS
7.4 | COLD AND CRYOGENIC TREATMENTS
7.5 | OTHER POST-HEAT-TREATMENT PROCESSES
7.6 | SHOT BLASTING AND SHOT/LASER PEENING
CHAPTER 8: OTHER TYPES OF HEAT TREATMENT
8.1 | VACUUM HEAT TREATMENT
8.2 | THERMAL PROCESSES RUN IN INDUSTRIAL OVENS
8.3 | INDUCTION HEATING
8.4 | OTHER FORMS OF HEAT TREATMENT
INDEXES
EQUATION
FIGURE
TABLE
SUBJECT/TERMINOLOGY
- Publisher: BNP Media
- Published: 2014
- Pages: 700
