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"This book describes heat treating technology in clear, concise, and nontheoretical language. It is an excellent introduction and guide for design and manufacturing engineers, technicians, students, and others who need to understand why heat treatment is specified and how different processes are used to obtain desired properties."

"This book is a quick reference source for induction heaters. It ties-in the metallurgy, theory, and practice of induction heat treating from a hands-on explanation of what floor people need to know. It includes practical tables and process analysis of induction heating, and was written to provide a combination of technical and practical information. For example, the book contains a method of analysis for various types of production processes on the same part; shows the recommended microstructure needed for induction hardening for various materials ranging from carbon to powdered metal steels; and discusses various nonconforming conditions in induction hardened parts and how to remedy these conditions. In the Second Edition, new material has been added including updated information on quenching methods, applications, inspection for quality control, and updated material on power supplies. "

"To fill an existing need within the vacuum industry, this hands-on reference book focuses on the basic and practical issues of vacuum technology... from startup to finished product. It's an everyday tool that provides information on maintenance requirements and cautions, actual case histories for oil-hardening and gas-quenching materials and sintering, details for special processes in vacuum, and advice for leak detection troubleshooting."

"Contents :- Thermal residual stress relaxation and distortion in surface enhanced gasturbine engine components - Development of machining procedures to minimize distortion during manufacture - Control of distortion by quenching in fluidised beds - Optimization of single part quenching in nozzle fields - Hardening of steel parts using wave technology - Continuous vacuum carburizing furnace with 20 bar high-pressure gas quenching - New carburizing techniques using fluidized bed furnaces - The experience at dana corporation, spicer transmission division - Progress in the application of high pressure gas quenching - Atmosphere control system to achieve consistent carburizing in batch furnaces - MSSR (Military Specification and Standards Reform) how does it affect your operation? - Advanced radiant tubes: payback calculations of furnace retrofits - Cost justification in the selection of heat resistant alloys - Principles of airlessTM solvent degreasing - Principles and use of dissociated ammonia - Principles and use of endothermic atmosphere - Supervisory control systems for vacuum furnaces - Supervisory and process control to enhance batch vacuum processing - Brite heat treating in a fluidized bed - Heat treating in fluidized bed furnaces in cutting tool manufacturing treaters - Gas-fired ion nitriding furnace lowers utility costs for commercial heat treaters - Techniques for distortion control during vacuum oil quenching of high strength steel aircraft components...."

"This valuable 700-page resource covers the proceedings of what has become one the pre-eminent heat treating conference and expositions in the world. For the first time, this event was conducted under the auspices of the ASM Heat Treating Society. A separate affiliate of ASM International, it was established in recognition of the ever growing importance of heat treating. The objective of this 16th conference was the same as all the prior gatherings--'to determine what .information you, as heat treaters and customers of heat treating, need most...and to provide it.' You'll gain valuable insights into the future of heat treating. Information is presented that can help you become more competitive and successful in the marketplace. And you'll see how ASM, MTI and the U.S. Department of Energy are working together to benefit the entire heat treating industry. Contents include: quenching and cooling, diffusion related processes, vacuum, powdered metal, steel transformations, Russian technology, plasma processing, furnaces, salt bath heat treating, induction heating, aluminum alloys, resource management, internal quality and microstructures, instrumentation/quality system, endothermic generators, distortion, and SPC."

"Contents :- Preface - How to Improve Inductor Life, Part 2 - Optimizing Axle Scan Hardening Inductors - Processing of Multi-Layer Materials by Induction Heating Gradient Effect - Increasing Inductor Lifetime by Predicting Coil Copper Temperatures - Heat Transfer Characteristics of Laminar Methane/Air Flame Impinging on a Flat Surface - Controlling Induction Heating Magnetic Fields with Flux Field Concentrators - Thermodynamic and Kinetic Aspects of Endothermic Carburizing Atmospheres with Natural Gas Enrichment - New Applications of EPM in Metal, Oxide and Semiconductor Processing - An Attractive Materials Process: Exploring High Magnetic Field Processing for Developing Customized Microstructures with Enhanced Performance - Heat Treating Atmosphere Activation - Microwave Processing and Heat Treating of Metals - Fluidized Bed: An Energy Efficient Heat Treating Technology for Cast Al Alloys - Integrated Heat Treatment ? System for Precise Die Hardening in Automotive Industries - Effect of Post-Spray Heat Treatment on Mechanical Properties of Ni-TiC Composite Coatings Produced by Cold Gas Dynamic Spray - Microstructure and Property Predictions by Using a Heat-Treatment Planning System, CHT-q/t - Modeling of Microstructure Evolution During the Rapid Heating of Hypoeutectoid Steels - Assessing Heat Treatment Distortion Sensitivity - Optimal Spray Characteristics in the Air-Assisted Water Spray Cooling of a Downward-Facing Heated Surface - Some New Approaches in the Field of Quenching Fundamentals - Intensive Quenching to Reduce the Carburizing Cycle for Automotive Cross Production - Applying CFD to Characterize Gear Response during Intensive Quenching Process - Improving Gear Performance by Intensive Quench - Historical Review of Residual Stress in Quenched Fe-Ni Alloy Cylinders and Explanation of Its Origin Using Computer Simulation - Effect of Quenching on the Dimensional Stability of SAE 52100 Make Bearing Components - George E. Totten, Ph.D, FASM: A Biographical Overview of His Life and a Brief Overview of His Impact on Global Quenching Technology - The Contribution of Dr. George E. Totten to Unitize World Heat Treatment R & D, and Update State of the Quenching and Control of Distortion - History of Quenching - Effective Design of Heat Treat Processes Using Computer Simulations - Using Wave Technology for Heat Treatment, etc."

"Proceedings of the 19th ASM Material Solution Conference, Cincinnati, Ohio, November 1-4, 1999. Topics include control of microstructure through heat treatment, equipment/processes, forge heating with induction, and quenching and distortion. Also included are papers from 'Steel Heat Treating in the New Millennium: An International Symposium in Honor of Professor George Krauss.' Softcover"

"Contents :- A Heat Treatment Information Tool for the Internet - Proper Selection of Annealing Atmospheres for Electrical Steels - An Introduction to Atmosphere Furnace Safety - Temperature Influence on the Flammability Limits of Heat Treating Atmospheres - Furnace Control Systems and Components to Improve Throughput and Reduce Cost - Process Characterization of Furnace Brazing Through Statistically Designed Computer Simulations* - New Method of Heat Treatment Using the Wave Technology - State of the Art Integrated Heat Treatment Cell for Today's Manufacturing Environment - Why Use Composite Radiant Tubes? - The Heat Treating Global Challenge Heat Treatment Technology Today and for Future - The Top Ten Ways To Keep Your New or Used Carburizing and Hardening Equipment Operating at Maximum Performance and Efficiency - Determining and Improving the Uncertainty of Rockwell Hardness Tests - A new method of reducing NOx emissions from Heat Treatment Furnaces - Taking Control of Your Combustion System - 22ND ASM Heat Treat Conference 2003 George Pfaffmann Honorary Symposium: Induction Heat Treating, What Is Important to Remember - Chemistry of Quenching Part 3– Energy Conservation By Utilization of the Thermal Content of Steel for Surface Modification - Induction as a Source of Heat - Finite Element Analysis of Induction Hardening Process of Steel - Using Numerical Simulations to Determine the Effect of External Fluid Flow on Heat Transfer Rates in Heat Treating Operations - Process Monitoring to Reduce/Eliminate Destructive Testing in Induction Heat Treating. - A Computer Aided Heat Treatment Planning System - Optimization of an Aluminum Alloy Quenching Process in Polyalkylene Glycol Polymer Solution using Taguchi Method - Chemistry of Quenching Part I – Fundamental Interfacial Chemical Processes Involved in Quenching - Critical Heat-Flux Densities, Quenching Intensity and Heat Extraction Dynamics During Quenching in Vaporizable Liquids - Chemistry of Quenching Part 2– Fundamental Thermophysical Processes Involved in Quenching - Application of Intensive Quenching Processes for Carburized Parts - Quench Rate Effects on the Natural Aging Behavior of 7XXX Al-Mg-Zn-Cu Aluminum Alloys - The QuenchMiner™ Expert System for Quenching and Distortion Control - Effect of Quenching Variables on Distortion and Residual Stresses - Influence of Test Conditions on the Cooling Curve Response of Polymer Quenchants (Tensi Agitation Device) - The Effects of Carbon Profile and Quenching Condition on Dimensional Change of Carburized Steel Rings - Advances in Quenching- A Discussion of Present and Future Technologies - Low Pressure Vacuum Carburizing and Accelerated Gas Carburizing - Thermochemical Treatments with Added Corrosion Protection and Wear Protection - Kolsterising – Improving Austenitic Stainless Steel - Status of Chromate Metal Pretreatment Replacement Research at the University of Cincinnati - Nitreg & ONC Where Corrosion Resistance & Wear Requirements Finally Meet - Applications of Vacuum Tempering - Diamond Coated Cutting Tools for Biomedical Applications - FineCarb - the Smart System for Vacuum Carburizing - Laser Micromachining of Stainless Steels for Biomedical Applications - Improved Corrosion Protection of Aluminum Alloys by Electrodeposited Silanes - Atomic Force Microscopy Study of Biaxially-Oriented Polypropylene Films - Characterization of a Chromium-Manganese(16CrMn5)Steel Carburized and Hardened in Different Quenchants - Corrosion Resistance Properties of Ormosil Coatings on 2024-T3 Aluminum - Mechanical Properties of Electroformed Nickel Cobalt Alloys - Utilisation of Fly Ash to Develop Hot Corrosion and Wear Resistant Coatings - Effect of Superficially applied Oxides on the Hot Corrosion behaviour of Feand Ni- base Superalloys in Na2SO4-60%V2O5 - Electrochemical Planarization of Patterned Copper Films for Microelectronic Applications - Environmentally Assisted Fatigue Crack Growth Rate Testing with Corrosion Prevention Compounds - Corrosion Resistant Films from Trivalent Chrome Based Solutions Applied to Electrodeposited Zinc and Zinc Alloys. - Electrodeposition and structural investigation of Antimony Telluride phases - Novel, Water-Based High-Performance Primers that can Replace Metal Pretreatments and Chromate-Containing Primers - Infrared Heat Treatment of Ti-6Al-4V with Electroplated Cu - Preparation of Cu Coatings on the Surface of Acrylonitrile-Butadiene- Styrene (ABS) by Sputter Deposition and Electroless Plating - Plasma Alloying and Spheroidization "

"Contents : - Integrated Numerical Simulation and Process Optimization for Solutionizing of Aluminum Alloys - A Diagnostic Tool for Gear or Gear-Like Object Hardening - Basic Principles of Quench System Design For Induction Hardening - Cladding With High Power Direct Diode Lasers vs. Cladding With Traditional Arc Welding Processes - Controlling Induction Heating Magnetic Fields with Flux Field Concentrators - Failure Analysis of Induction Coils - How to Improve Inductor Life - Layered Alloys for Effective Magnetic Flux Concentration in Induction Heating - Rapid Tempering of Automotive Axle Shafts - Relation Between the Mechanical Properties of the Steel Brazed Joints and its Filler Metal Elements and Surface Roughness of Base Metal - Vacuum Brazing of CA6NM Components - Using Natural Gas to Run an Electrical Generator for Induction Heating Forging - A Novel System for Acquiring and Presenting Heat Treat Data - Advances in Microelectronics Allowing for Increased Capability in Optical Temperature Measurement - Atmosphere Sensors and Controls - Cryogenic Quenching of Steel Revisited - Current Status of the Cryogenic Treatment Industry A USA Market Survey - Decarburisation; its Causes, Prevention, Detection and Correction - Development Of A Mass Flow – Jet Impingement Furnace For The Solution Heat Treatment Of Aluminum Castings - Furnace Surveying With ‘In-Process Survey Systems’ – the Experience So Far - Mathematical Model for Continuous Annealing Stainless Steel Strips - Nitro-carburizing and Nitriding Technology. The State and Development of Processing Technology - Tempering Caculator - The Wolfson Quenchant Cooling Curve Test - Don’t jump out of the Frying Pan - Vanadium Carbide Diffusion Coatings for Tool and Die Components - Atmosphere Control in Heat Treatment for Creation of Quality and Value in Automotive Materials and Components - Multiscale Heat Treat Simulation and Performance Modeling of Large Steel Components - Non-toxic Alternatives to Dissociated Ammonia for Furnace Atmospheres - Bending Fatigue Strength Improvement of Carburized Aerospace Gears - Care and Maintenance of Quench Oils - Deformation Forecasting During the Cooling of a Test Part - Distortion Compensation by Means of Quenching in Flexible Jet Fields - Effect of Carburization on the Residual Stress and Fatigue Life of a Transmission Shaft - Effect of Intensive Quenching on Mechanical Properties of Carbon and Alloy Steels - Effect of Quenching Variables on the Residual Stress and Distortion of a Heat Treated Disk - Effect of Water on Quench Oil and Quenching - Experiment and Simulation of Heat Treatment Results of C-Ring Test Specimen - Explanation of the Origin of Distortion and Stress Distribution Patterns in Water- Quenched Chromium Steel Cylinders Using Computer Simulation - Fluidized Bed Quenching: Reducing Residual Stresses and Distortion - Optimizing Agitation and Quench Uniformity Using CFD - Prediction of Residual Stress and Damage Distribution using Explicit Microstructure Level Simulation of Martensitic Transformation - Reducing Dimensional Changes During Heat Treatment by Optimizing the Process with Particular Emphasis on Quenching Parameters - The Effects of Surface Oxides on the Quenching Performance of AISI 4140 Steel in Commercial Mineral Oils - The Heat Treatment and Quenching of Gears - The Influence of Flowrate and Deflector Arrangement on Distortion in Agitated Quench Tanks - Efficient Numerical Simulation Techniques for High Pressure Gas Quenching - Hydrogen Versus Helium: A comparative Study In High Pressure Gas Cooling Rates - Analysis of Interdiffusion in Selected High Temperature Alloy Systems - Effect of Intensive Quenching on Residual Stress - Embrittlement Caused by Galvanic Reaction on Ductile Iron - Estimating Heat Transfer Coefficients as a Function of Temperature by Data Mining - Furnace Control Systems and Components to Improve Throughput and Reduce Cost - Improvement of Mechanical Properties by High Temperature Solution Treatment in an Aluminum Casting Alloy - Low-Temperature Heating Changes Properties of Welded Joints of Aluminum Alloy V92Zr - Author Index "