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Heat treating : including quenching and control of distortion : an international symposium in honor of professors Bozidar Liscic and Hans M. Tensi : proceedings of the 21st conference, 5-8 November 2001, Indianapolis, Indiana /
| Clasificación: | Libro Electrónico |
|---|---|
| Autores Corporativos: | , , |
| Otros Autores: | , , , |
| Formato: | Electrónico eBook |
| Idioma: | Inglés |
| Publicado: |
Materials Park, OH :
ASM International,
©2002.
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| Temas: | |
| Acceso en línea: | Texto completo |
Tabla de Contenidos:
- Organizing Committee
- PREFACE
- Contents
- SENSOR TIP OPTIMIZATION FOR A THERMAL ANEMOMETER FOR DETERMINING CONVECTION INTENSITY IN QUENCH BATHS
- Career Overview � Professor Bozidar Liscic
- Prof. Dr. Hans M. Tensi FASM: Importance of the Influence of Wetting Behavior on the Quenching Process
- SOME ASPECTS OF SUB-ZERO TEMPERING AT VACUUM HEAT-TREATMENT OF HSS
- Modeling and Simulation of Coupled Gas and Material Behavior during Gas Quenching
- OPTIMUM DESIGN OF HEAT TRANSFER COEFFICIENT DURING GAS QUENCHING PROCESS
- Heat Transfer Analysis in Industrial Molten Salt BathsHistory and Perspective of Controllable Heat Extraction During Quenching
- The Measurement and Utilization of Heat Transfer Coefficients in Gas Quench Systems by Means of a Special Heat Flux Sensor
- Effect of Smoothing Methods on the Results of Different Inverse Modeling Techniques
- Characterization of Quenching Performance By Using Computerized Procedures And Data Base of Heat Treatment Processes
- An Integrated Approach to Estimate the Surface Heat Transfer Co-efficients in Heat Treating Processes
- Bubble Dynamics During Quenching of SteelThe Effect of Surface Finish on the Quenching Behavior of 4140 Steel in Mineral Oils
- FLUID FLOW SENSORS FOR INDUSTRIAL QUENCH BATHS: A LITERATURE REVIEW
- Monitoring and Control of Liquid Quench Bath Flow Characteristics Using the Fluid Quench Sensor
- Quenchant Testing Using Different Laboratory Agitation Systems
- Mechanism of Quench Distortion on Steel Shaft with Keyway
- Application of Intensive Quenching Methods for Steel Parts
- Poly Alkylene Glycol (PAG) Practical Implementation in the Production Environment
- Worldwide Use Of Intensive QuenchingIndustrial cooling
- some problems and their solution
- A New Quenching Characterization System for Steels
- A Preliminary to a Design Model for Quench Distortion of Thin-Walled Parts
- Modeling Residual Stresses in Spring Steel Quenching
- POLYMER QUENCHING MEDIA SELECTION
- POLYMER QUENCHANTS AND DIFFUSION LAYER PROPERTIES
- Modeling to Investigate Sensitivities to Heat Treat Process Variables
- Experimental Research and Computerized Simulation on Carbon Steel Quenching Cooling Process
- Merits of Small Probes in Research on Cooling Behavior of Steel upon QuenchingGlow Discharge Optical Emission Spectrometry (GD-OES): An Alternative Technique for Depth Profiling�Investigation of Surface Properties from the Nanometer to the Micrometer Scale
- Experiences with Nitrogen, Argon, and Helium as Quench Gasses
- Improving the Finish Quality of Strip Annealed in Hydrogen Atmosphere
- New Method of Rolled Product Descaling
- Atmosphere vs. Vacuum Carburizing
- Practical and Scientific Aspects of Low Pressure Vacuum Carburizing