كتاب Steel Heat Treatment - Equipment and Process Design - صفحة 2
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 كتاب Steel Heat Treatment - Equipment and Process Design

استعرض الموضوع السابق استعرض الموضوع التالي اذهب الى الأسفل 
انتقل الى الصفحة : الصفحة السابقة  1, 2, 3  الصفحة التالية
كاتب الموضوعرسالة
Admin
مدير المنتدى
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عدد المساهمات : 14261
التقييم : 22948
تاريخ التسجيل : 01/07/2009
العمر : 28
الدولة : مصر
العمل : مدير منتدى هندسة الإنتاج والتصميم الميكانيكى
الجامعة : المنوفية

مُساهمةموضوع: كتاب Steel Heat Treatment - Equipment and Process Design   الجمعة 06 أبريل 2012, 12:53 am

تذكير بمساهمة فاتح الموضوع :

أخوانى فى الله
أحضرت لكم كتاب المعالجة الحرارية للصلب

Steel Heat Treatment - Equipment and Process Design

ويتناول الموضوعات الأتية :


Introduction 
Furnace Transfer Mechanisms
Batch Furnaces
Box Furnace 
Integral Quench (Sealed Quench) Furnace
Pit Furnaces 
Car-Bottom Furnaces
Tip-Up (Lift-Off) Furnaces 
Continuous Furnaces
Walking Beam Furnaces 
Roller Hearth Furnace 
Pusher Furnaces 
Mesh Belt Conveyor Furnaces 
Shaker Hearth Furnaces
Screw Conveyor Furnace 
Rotary Hearth Furnace
Furnace Heating: Electricity or Gas 
Furnace Heating Economics 
Electric Element Furnace Heating
Gas-Fired Furnaces 
Gas Combustion
Burner Selection 
Heat Recovery 
Recuperation 
Regeneration 
Rapid Heating 
Heat Transfer
Convective Heat Transfer
Radiant Heat Transfer 
Conductive Heat Transfer 
Furnace Temperature Uniformity 
Soaking Time
Thermocouples
Atmospheres 
Primary Furnace Gases
Nitrogen 
Hydrogen
Carbon Monoxide 
Carbon Dioxide
Argon and Helium 
Dissociated Ammonia 
Steam
Hydrocarbons
Classification
Protective Atmospheres and Gas Generation 
Furnace Zoning
In Situ Atmosphere Generation
Nitrogen–Methanol
Atmosphere Sensors
Orsat Analyzer
Gas Chromatography
Thermal Conductivity
Oxygen Sensors
Paramagnetic Oxygen Analyzers
Electrochemical Oxygen Analyzers
Infrared Sensors
Dew-Point Analyzers
Adiabatic Expansion
Carbon Resistance Gauge
Weight Measurement of Equilibrium Shim Stock
Refractory Materials
Refractory Classification
Magnesium Compositions
Compositions Containing Aluminum Oxide
Fireclay Compositions
Silica Refractories
Monolithic Refractories
Design Properties
Furnace Refractory Installation
Fans
Calculation of Fan Performance (The Fan Laws)
Fan Selection
Flow Calibration
Fixture Materials
Common High-Temperature Alloys
Parts Washing
Washing Processes
Equipment
Quench System Design
Quench Tank Sizing
Heat Exchanger Selection
Agitator Selection
Sparging
Centrifugal Pumps
Impeller Agitation 
Draft Tubes
Multiple Mixers
Cavitation
Computational Fluid Dynamics
Chute-Quench Design
Flood Quench Systems
Filtration
Membrane Separation
Press Die Quenching
Press Quenching Machines
Furnace Safety
Explosive Mixtures
Purging
Safety of Operation Temperature
Power Failures
Salt Bath Furnace
Salt Baths
Furnace (Salt Pot) Design
Gas- or Oil-Fired Furnaces
Electrically Heated Furnaces
Salt Bath Furnace Safety
Salt Contamination
Salt Reclamation
Fluidized Bed Furnaces
Design of Fluidized Bed Furnaces
Heat Transfer Particles
Retort
Fluidizing Gas Distributor
Fluidizing Gas
Heating Systems
Retort Support and Casing
Development of Fluidized Bed Furnaces—Energy
and Fluidizing Gas Utilization
Applications of Fluidized Beds for Metal Processing
References
Introduction
Mathematical Models and Methods of Calculation of Thermal and
Stress–Strain State
Kinetics of Phase Transformations and Mechanical Properties
of Material
Basic Regularities of the Formation of Residual Stresses
Modeling of Residual Stress Formation
Why Compressive Stresses Remain in the Case of Through-Hardening?
Similarity in the Distribution of Residual Stresses 
Opportunities of Natural and Numerical Modeling
of Steel Part Quenching Process
Regularities of Current Stress Distribution
Some Advice on Heat Treatment of Machine Parts
Shell Hardening of Bearing Rings (Through-Surface Hardening)
Heating during Through-Surface Hardening
Quenching during Through-Surface Hardening
Through-Surface Hardening of Inner Rings of Bearings
for the Boxes of Railway Cars
Through-Surface Hardening of Rollers
Designing of Steel-Intensive Quench Processes in Machine Construction
Through-Surface Hardening of Small-Size Driving
Wheels Made Out of  (PP) Steel
New Methods of Quenching
Discussion
Conclusions
Acknowledgements
References
Introduction
Comparison to Atmospheric Processes 
Volatilization, Dissociation, and Degassing
Vacuum Furnace Equipment
Vessel
Pumping System
Heating Chamber
Heating System
Control System
Thermocouples
Cooling System
Workload Support
Types of Vacuum Furnaces
Horizontal Batch Furnaces
Horizontal Multichamber Furnaces
Vertical Furnaces
Heat Treatment Processes
Annealing
Stainless Steel
Carbon and Low-Alloy Steels
Tool Steels
Hardening by Oil Quenching
Hardening by Gas Quenching
Cooling Properties of Gases
Tool Steels
Martensitic Stainless Steels
Heat-Treatable Construction Steels 
Case Hardening by Carburizing and Carbonitriding
Case Hardening by Nitriding
Vacuum Brazing
Brazing with Copper
Brazing with Nickel-Base Alloys
Brazing with Aluminum and Aluminum Alloys
Sintering
Stainless Steel
High-Speed Steel
Tempering and Stress Relieving 
References
Introduction
Prelude to Discussion of Induction Heat Treatment
Surface Hardening
Through Hardening
Tempering
Normalizing
Annealing
Sintering
Theoretical Background and Mathematical Modeling of Modern
Induction Heat Treatment Processes
Finite-Difference Method
Finite-Element Method
A Comparison
Summary
Basic Electromagnetic Phenomena in Induction Heating
Skin Effect
Electromagnetic Proximity Effect
Electromagnetic Slot Effect
Electromagnetic Ring Effect
Heating and Cooling during Induction Heat Treatment
Coil Construction and Design Considerations
Foreword to Inductor Design
Typical Procedure for Designing Inductor-to-Workpiece Coupling Gaps
Mounting Styles
Spray Quench
Inductor Styles—Scan Inductors
Inductor Styles—Single-Shot
Striping Phenomenon
Gear Hardening
Material Selection and Required Gear Conditions before
Heat Treatment
Overview of Hardness Patterns
Gear Coil Design and Heat Mode
Lightening Holes
Powder Metallurgy Gears
Through and Surface Hardening Technology for Gear Hardening
Inductor Styles—Specialty Inductors
Temper Inductor Styles
Self-Tempering
Induction-Tempering Method
End and Edge Effects, Longitudinal and Transverse Holes, Keyways
End and Edge Effects
Longitudinal Holes
Transverse Holes, Keyways, Various Oriented Hollow Areas
Induction Bar End Heater
Induction Strip Heating
Longitudinal Flux Inductor
Transverse Flux Inductor
Traveling Wave Inductor
Magnetic Flux Concentrators (Flux Intensifiers, Feux Controllers)
Application  Single-Shot Hardening of Long Shafts
Application  Channel Coil for Continuous Processing
Application  Single-Shot Hardening of the Drive Stem
Application  Hardening a Valve Seat
Application  Surface Hardening of Rocker Arm Tip
Summary
References
Power Supplies for Modern Induction Heat Treatment
Types of Induction Heating Power Supplies
Full-Bridge Inverter
Half-Bridge Inverter
Direct-Current Section 
Inverter Section
Load Matching
Prelude to Discussion of Load Matching
Four Steps in Understanding Load Matching for Solid-State
Power Supplies
Step One
Step Two
Step Three
The Final Step
Medium- and High-Frequency Transformers for Modern Heat Treatment 
AC–DC Reactors
Variable Impedance Transformer
Heat Station Transformers
Toroidal Transformers 
Integrated Magnetic Transformers
Rectangular (C-Core) Transformers
Narrow-Profile Transformers
Ferrite-Core Transformers
Radio-Frequency Transformers
Maintenance, Sizing, and Specification of Transformers
Process Control and Monitoring
Prelude to Discussion of Process Control and Monitoring 
Energy Monitor
Advanced Monitoring
Summary
References
Introduction
Laser Surface Hardening
Laser Heating and Temperature Cycle
Metallurgical Aspect of Laser Hardening
Microstructural Transformation
Mathematical Modeling
Mathematical Prediction of Hardened Depth 
Mathematical Modeling of Microstructural Changes
Computing Method For Calculating Temperature Cycle 
Laser Light Absorptivity
Infrared Energy Coatings
Paint and Spray Coatings
Chemical Conversion Coatings
Linearly Polarized Laser Beam
Influence of Different Absorbers on Absorptivity
Laser-Beam Handling Techniques
Presentation of CO Laser Machining Systems 
Possibilities of Kaleidoscope Use for Low-Power Lasers
Residual Stress After Laser Surface Hardening 
Thermal and Transformation Residual Stresses
Mathematical Model for Calculating Residual Stresses
Influence Laser Surface Transformation Hardening Parameters on Residual
Stresses
Residual Stresses, Microstructures, and Microhardnesses
Simple Method for Assessment of Residual Stresses
Influence of Prior Material Heat Treatment on Laser Surface Hardening
Influence of Laser Surface Hardening Conditions on
Residual Stress Profiles and Fatigue Properties
Prediction of Hardened Track and Optimization Process
Microstructure and Residual Stress Analysis After
Laser Surface Remelting Process
Dimensions of the Remelted Track 
Mathematical Modeling of Localized Melting Around Graphite Nodule
Transition between the Remelted and Hardened Layers
Circumstances for Rapid Solidification Process of Cast Iron
Evaluation of Residual Stresses after Laser Remelting of Cast Iron
Assessment of Distortion and Surface Changes
Optimization of the Laser Surface Remelting Process 
Fatigue Properties of Laser Surface Hardened Material
Wear Properties of Laser Surface Hardened Material
Remelting of Various Aluminum Alloys
Corrosion Properties of Laser Surface Remelted Iron
References
Metallographic Technique for Steels
Preliminary Stages of Specimen Preparation
Sampling
Sectioning
Mounting
Main Stages of Specimen Preparation
Planar Grinding Stage
Integrity Stage
Polishing Stage
Etching
Chemical Etching
Tint Etching
Electrolytic Polishing
Vibratory Polishing
The Metallurgical Microscope
Image Formation of Metallurgical Microscope
Objectives
Numerical Aperture 
Resolution
Common Types of Objectives 
Eyepieces
Parfocality
Illumination System
Principles of Ko¨hler Illumination
Brightfield Illumination
Darkfield Illumination
The Infinity-Corrected Optical System
Polarized Light Illumination
Phase Contrast Illumination
Differential Interference Contrast Illumination
Photomicrography and Photomacrography
Photomicrography
Photomacrography
Quantitative Metallography
Some Stereology Basics
Volume Fraction
Statistical Analysis
Standard Deviation
Coefficient of Variation
% Confidence Limit
Percent Relative Accuracy
Surface Area per Unit Test Volume and Length of Lineal Traces
per Unit Test Area
Grain Size
Grain Size Characterization
Comparison Method for Rating Grain Size
Planimetric (or Jefferies’) Method
Intercept Method
Statistical Analysis of the Grain Size Measurement Data
Automatic Image Analysis
Image Acquisition
Image Processing
Detection of Image Details
Quantitative Measurements
Introduction
Types of Loading
Stress and Strain
Plane Stress
Plane Strain
Plasticity and Ductile Fracture
Ductile Fracture Appearance
Theories of Plasticity and Ductile Fracture
Maximum Normal Stress Theory
Maximum Shear Stress Theory
Distortion Energy Theory (von Mices–Hencky Theory)
A Comparison
Elasticity and Brittle Fracture
Brittle Fracture Appearance
Theories of Elasticity and Brittle Fracture
Coulomb–Mohr Theory
Griffith Microcrack Theory
Fracture Mechanics
Effect of Test Temperature
Effect of Chemistry, Melt Practice, and Grain Size
Microstructure
Effect of Strain Rate
Effect of Section Size
Fatigue
Fatigue Mechanisms
Design for Fatigue
Surface Treatments
Residual Stresses
Size Effect
Stress Concentrations
Creep and Stress Rupture
Tensile Testing
Hardness Testing
Brinnell Test
Vickers Hardness or Diamond Pyramid Hardness


أتمنى أن تستفيدوا منه وأن ينال إعجابكم
رابط تنزيل كتاب Steel Heat Treatment - Equipment and Process Design

شارك معنا فى حملة فيد وإستفيد
شارك معنا فى المسابقة الهندسية الشهرية
كيفية التسجيل فى منتدى هندسة الإنتاج والتصميم الميكانيكى


*****************************************************************************************


عدل سابقا من قبل أحمد دعبس في الأربعاء 18 سبتمبر 2013, 12:36 am عدل 2 مرات
الرجوع الى أعلى الصفحة اذهب الى الأسفل

كاتب الموضوعرسالة
Admin
مدير المنتدى
مدير المنتدى


عدد المساهمات : 14261
تاريخ التسجيل : 01/07/2009

مُساهمةموضوع: كتاب Steel Heat Treatment - Equipment and Process Design   الجمعة 06 أبريل 2012, 12:53 am

أخوانى فى الله
أحضرت لكم كتاب المعالجة الحرارية للصلب

Steel Heat Treatment - Equipment and Process Design

ويتناول الموضوعات الأتية :


Introduction 
Furnace Transfer Mechanisms
Batch Furnaces
Box Furnace 
Integral Quench (Sealed Quench) Furnace
Pit Furnaces 
Car-Bottom Furnaces
Tip-Up (Lift-Off) Furnaces 
Continuous Furnaces
Walking Beam Furnaces 
Roller Hearth Furnace 
Pusher Furnaces 
Mesh Belt Conveyor Furnaces 
Shaker Hearth Furnaces
Screw Conveyor Furnace 
Rotary Hearth Furnace
Furnace Heating: Electricity or Gas 
Furnace Heating Economics 
Electric Element Furnace Heating
Gas-Fired Furnaces 
Gas Combustion
Burner Selection 
Heat Recovery 
Recuperation 
Regeneration 
Rapid Heating 
Heat Transfer
Convective Heat Transfer
Radiant Heat Transfer 
Conductive Heat Transfer 
Furnace Temperature Uniformity 
Soaking Time
Thermocouples
Atmospheres 
Primary Furnace Gases
Nitrogen 
Hydrogen
Carbon Monoxide 
Carbon Dioxide
Argon and Helium 
Dissociated Ammonia 
Steam
Hydrocarbons
Classification
Protective Atmospheres and Gas Generation 
Furnace Zoning
In Situ Atmosphere Generation
Nitrogen–Methanol
Atmosphere Sensors
Orsat Analyzer
Gas Chromatography
Thermal Conductivity
Oxygen Sensors
Paramagnetic Oxygen Analyzers
Electrochemical Oxygen Analyzers
Infrared Sensors
Dew-Point Analyzers
Adiabatic Expansion
Carbon Resistance Gauge
Weight Measurement of Equilibrium Shim Stock
Refractory Materials
Refractory Classification
Magnesium Compositions
Compositions Containing Aluminum Oxide
Fireclay Compositions
Silica Refractories
Monolithic Refractories
Design Properties
Furnace Refractory Installation
Fans
Calculation of Fan Performance (The Fan Laws)
Fan Selection
Flow Calibration
Fixture Materials
Common High-Temperature Alloys
Parts Washing
Washing Processes
Equipment
Quench System Design
Quench Tank Sizing
Heat Exchanger Selection
Agitator Selection
Sparging
Centrifugal Pumps
Impeller Agitation 
Draft Tubes
Multiple Mixers
Cavitation
Computational Fluid Dynamics
Chute-Quench Design
Flood Quench Systems
Filtration
Membrane Separation
Press Die Quenching
Press Quenching Machines
Furnace Safety
Explosive Mixtures
Purging
Safety of Operation Temperature
Power Failures
Salt Bath Furnace
Salt Baths
Furnace (Salt Pot) Design
Gas- or Oil-Fired Furnaces
Electrically Heated Furnaces
Salt Bath Furnace Safety
Salt Contamination
Salt Reclamation
Fluidized Bed Furnaces
Design of Fluidized Bed Furnaces
Heat Transfer Particles
Retort
Fluidizing Gas Distributor
Fluidizing Gas
Heating Systems
Retort Support and Casing
Development of Fluidized Bed Furnaces—Energy
and Fluidizing Gas Utilization
Applications of Fluidized Beds for Metal Processing
References
Introduction
Mathematical Models and Methods of Calculation of Thermal and
Stress–Strain State
Kinetics of Phase Transformations and Mechanical Properties
of Material
Basic Regularities of the Formation of Residual Stresses
Modeling of Residual Stress Formation
Why Compressive Stresses Remain in the Case of Through-Hardening?
Similarity in the Distribution of Residual Stresses 
Opportunities of Natural and Numerical Modeling
of Steel Part Quenching Process
Regularities of Current Stress Distribution
Some Advice on Heat Treatment of Machine Parts
Shell Hardening of Bearing Rings (Through-Surface Hardening)
Heating during Through-Surface Hardening
Quenching during Through-Surface Hardening
Through-Surface Hardening of Inner Rings of Bearings
for the Boxes of Railway Cars
Through-Surface Hardening of Rollers
Designing of Steel-Intensive Quench Processes in Machine Construction
Through-Surface Hardening of Small-Size Driving
Wheels Made Out of  (PP) Steel
New Methods of Quenching
Discussion
Conclusions
Acknowledgements
References
Introduction
Comparison to Atmospheric Processes 
Volatilization, Dissociation, and Degassing
Vacuum Furnace Equipment
Vessel
Pumping System
Heating Chamber
Heating System
Control System
Thermocouples
Cooling System
Workload Support
Types of Vacuum Furnaces
Horizontal Batch Furnaces
Horizontal Multichamber Furnaces
Vertical Furnaces
Heat Treatment Processes
Annealing
Stainless Steel
Carbon and Low-Alloy Steels
Tool Steels
Hardening by Oil Quenching
Hardening by Gas Quenching
Cooling Properties of Gases
Tool Steels
Martensitic Stainless Steels
Heat-Treatable Construction Steels 
Case Hardening by Carburizing and Carbonitriding
Case Hardening by Nitriding
Vacuum Brazing
Brazing with Copper
Brazing with Nickel-Base Alloys
Brazing with Aluminum and Aluminum Alloys
Sintering
Stainless Steel
High-Speed Steel
Tempering and Stress Relieving 
References
Introduction
Prelude to Discussion of Induction Heat Treatment
Surface Hardening
Through Hardening
Tempering
Normalizing
Annealing
Sintering
Theoretical Background and Mathematical Modeling of Modern
Induction Heat Treatment Processes
Finite-Difference Method
Finite-Element Method
A Comparison
Summary
Basic Electromagnetic Phenomena in Induction Heating
Skin Effect
Electromagnetic Proximity Effect
Electromagnetic Slot Effect
Electromagnetic Ring Effect
Heating and Cooling during Induction Heat Treatment
Coil Construction and Design Considerations
Foreword to Inductor Design
Typical Procedure for Designing Inductor-to-Workpiece Coupling Gaps
Mounting Styles
Spray Quench
Inductor Styles—Scan Inductors
Inductor Styles—Single-Shot
Striping Phenomenon
Gear Hardening
Material Selection and Required Gear Conditions before
Heat Treatment
Overview of Hardness Patterns
Gear Coil Design and Heat Mode
Lightening Holes
Powder Metallurgy Gears
Through and Surface Hardening Technology for Gear Hardening
Inductor Styles—Specialty Inductors
Temper Inductor Styles
Self-Tempering
Induction-Tempering Method
End and Edge Effects, Longitudinal and Transverse Holes, Keyways
End and Edge Effects
Longitudinal Holes
Transverse Holes, Keyways, Various Oriented Hollow Areas
Induction Bar End Heater
Induction Strip Heating
Longitudinal Flux Inductor
Transverse Flux Inductor
Traveling Wave Inductor
Magnetic Flux Concentrators (Flux Intensifiers, Feux Controllers)
Application  Single-Shot Hardening of Long Shafts
Application  Channel Coil for Continuous Processing
Application  Single-Shot Hardening of the Drive Stem
Application  Hardening a Valve Seat
Application  Surface Hardening of Rocker Arm Tip
Summary
References
Power Supplies for Modern Induction Heat Treatment
Types of Induction Heating Power Supplies
Full-Bridge Inverter
Half-Bridge Inverter
Direct-Current Section 
Inverter Section
Load Matching
Prelude to Discussion of Load Matching
Four Steps in Understanding Load Matching for Solid-State
Power Supplies
Step One
Step Two
Step Three
The Final Step
Medium- and High-Frequency Transformers for Modern Heat Treatment 
AC–DC Reactors
Variable Impedance Transformer
Heat Station Transformers
Toroidal Transformers 
Integrated Magnetic Transformers
Rectangular (C-Core) Transformers
Narrow-Profile Transformers
Ferrite-Core Transformers
Radio-Frequency Transformers
Maintenance, Sizing, and Specification of Transformers
Process Control and Monitoring
Prelude to Discussion of Process Control and Monitoring 
Energy Monitor
Advanced Monitoring
Summary
References
Introduction
Laser Surface Hardening
Laser Heating and Temperature Cycle
Metallurgical Aspect of Laser Hardening
Microstructural Transformation
Mathematical Modeling
Mathematical Prediction of Hardened Depth 
Mathematical Modeling of Microstructural Changes
Computing Method For Calculating Temperature Cycle 
Laser Light Absorptivity
Infrared Energy Coatings
Paint and Spray Coatings
Chemical Conversion Coatings
Linearly Polarized Laser Beam
Influence of Different Absorbers on Absorptivity
Laser-Beam Handling Techniques
Presentation of CO Laser Machining Systems 
Possibilities of Kaleidoscope Use for Low-Power Lasers
Residual Stress After Laser Surface Hardening 
Thermal and Transformation Residual Stresses
Mathematical Model for Calculating Residual Stresses
Influence Laser Surface Transformation Hardening Parameters on Residual
Stresses
Residual Stresses, Microstructures, and Microhardnesses
Simple Method for Assessment of Residual Stresses
Influence of Prior Material Heat Treatment on Laser Surface Hardening
Influence of Laser Surface Hardening Conditions on
Residual Stress Profiles and Fatigue Properties
Prediction of Hardened Track and Optimization Process
Microstructure and Residual Stress Analysis After
Laser Surface Remelting Process
Dimensions of the Remelted Track 
Mathematical Modeling of Localized Melting Around Graphite Nodule
Transition between the Remelted and Hardened Layers
Circumstances for Rapid Solidification Process of Cast Iron
Evaluation of Residual Stresses after Laser Remelting of Cast Iron
Assessment of Distortion and Surface Changes
Optimization of the Laser Surface Remelting Process 
Fatigue Properties of Laser Surface Hardened Material
Wear Properties of Laser Surface Hardened Material
Remelting of Various Aluminum Alloys
Corrosion Properties of Laser Surface Remelted Iron
References
Metallographic Technique for Steels
Preliminary Stages of Specimen Preparation
Sampling
Sectioning
Mounting
Main Stages of Specimen Preparation
Planar Grinding Stage
Integrity Stage
Polishing Stage
Etching
Chemical Etching
Tint Etching
Electrolytic Polishing
Vibratory Polishing
The Metallurgical Microscope
Image Formation of Metallurgical Microscope
Objectives
Numerical Aperture 
Resolution
Common Types of Objectives 
Eyepieces
Parfocality
Illumination System
Principles of Ko¨hler Illumination
Brightfield Illumination
Darkfield Illumination
The Infinity-Corrected Optical System
Polarized Light Illumination
Phase Contrast Illumination
Differential Interference Contrast Illumination
Photomicrography and Photomacrography
Photomicrography
Photomacrography
Quantitative Metallography
Some Stereology Basics
Volume Fraction
Statistical Analysis
Standard Deviation
Coefficient of Variation
% Confidence Limit
Percent Relative Accuracy
Surface Area per Unit Test Volume and Length of Lineal Traces
per Unit Test Area
Grain Size
Grain Size Characterization
Comparison Method for Rating Grain Size
Planimetric (or Jefferies’) Method
Intercept Method
Statistical Analysis of the Grain Size Measurement Data
Automatic Image Analysis
Image Acquisition
Image Processing
Detection of Image Details
Quantitative Measurements
Introduction
Types of Loading
Stress and Strain
Plane Stress
Plane Strain
Plasticity and Ductile Fracture
Ductile Fracture Appearance
Theories of Plasticity and Ductile Fracture
Maximum Normal Stress Theory
Maximum Shear Stress Theory
Distortion Energy Theory (von Mices–Hencky Theory)
A Comparison
Elasticity and Brittle Fracture
Brittle Fracture Appearance
Theories of Elasticity and Brittle Fracture
Coulomb–Mohr Theory
Griffith Microcrack Theory
Fracture Mechanics
Effect of Test Temperature
Effect of Chemistry, Melt Practice, and Grain Size
Microstructure
Effect of Strain Rate
Effect of Section Size
Fatigue
Fatigue Mechanisms
Design for Fatigue
Surface Treatments
Residual Stresses
Size Effect
Stress Concentrations
Creep and Stress Rupture
Tensile Testing
Hardness Testing
Brinnell Test
Vickers Hardness or Diamond Pyramid Hardness


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رابط تنزيل كتاب Steel Heat Treatment - Equipment and Process Design

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اسراء 13
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مُساهمةموضوع: رد: كتاب Steel Heat Treatment - Equipment and Process Design   الجمعة 06 أبريل 2012, 1:44 am

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مُساهمةموضوع: رد: كتاب Steel Heat Treatment - Equipment and Process Design   الجمعة 06 أبريل 2012, 2:19 am

@اسراء 13 كتب:







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مُساهمةموضوع: رد: كتاب Steel Heat Treatment - Equipment and Process Design   الأحد 25 نوفمبر 2012, 4:03 pm

اتمنى تعديل الرابط

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مُساهمةموضوع: رد: كتاب Steel Heat Treatment - Equipment and Process Design   الأحد 25 نوفمبر 2012, 6:15 pm

الملف غير موجود علي الرابط رجاء تغييره والشكر موفور

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مُساهمةموضوع: رد: كتاب Steel Heat Treatment - Equipment and Process Design   الأحد 25 نوفمبر 2012, 6:27 pm

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مُساهمةموضوع: رد: كتاب Steel Heat Treatment - Equipment and Process Design   الجمعة 30 نوفمبر 2012, 11:38 am

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مُساهمةموضوع: رد: كتاب Steel Heat Treatment - Equipment and Process Design   الجمعة 30 نوفمبر 2012, 11:40 am

@zazo كتب:


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مُساهمةموضوع: رد: كتاب Steel Heat Treatment - Equipment and Process Design   الجمعة 30 نوفمبر 2012, 11:54 am

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مُساهمةموضوع: رد: كتاب Steel Heat Treatment - Equipment and Process Design   الجمعة 30 نوفمبر 2012, 11:56 am

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كتاب Steel Heat Treatment - Equipment and Process Design

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