2000 Advances
in Powder Metallurgy & Particulate Materials
Order the CD and receive all of the submitted papers presented at the 2000 International Conference on Powder Metallurgy & Particulate Materials, May 30-June 3, 2000, New York, N.Y.
Over 175 Technical Papers with over 2,000 pages of information!
ISBN: 1-878954-78-4
Item #CD2000
CD Price $600 Sale Price $200
The CD Contains all of the Following Papers
TABLE OF CONTENTS
Part 1,
Design & Modeling
State of the P/M Industry
Numerical Investigation of Constitutive Models for the Powder Compaction
Process
Influence of the Material Properties on Numerical Modelling of HIP
Determination of Densification Parameter as a Function of Powder Characteristics
Modeling of Multi-operational Cold Powder Forging
A New Approach for Predicting Tool Strength During Compaction
Application of Neural Network for Predicting the Properties of Fabricated Sheets Based
on the Properties of Metal Powders
Finite Element Analyses of Wire Mesh Furnace Belts
Radial and Axial Variations of Pressures and Densities in Hollow Cylindrical P/M
Compacts.
Finite Element Modeling for Loose Powder Compaction
Simulation for Estimation of Morphology of Projected Image from Sectioned Image of Iron
Powder Particles
Modeling the Electroconsolidation Process
Powder Densification Model Optimization and Experimentation Using Algotrithms
Design for Manufacture of Powder Metal Parts – Opportunities for Using the
Internet to Implement Concurrent Engineering
A Computer Aided Design Advisor for Optimum and Concurrent Component Design for Powder
Metallurgy Manufacture
Part 2, Particulate
Production
Start-Up of a Melt Film Gas Atomizer
Green Properties Improvements by Mixing Techniques Part II
Control of Fine Powder Production and Melt Flow Rate Using Gas Dynamics
Efficient Bonding for Dimensional Stability
Characterization of Ferritic Steel Particles Atomized with Water Or Mixtures of
Water-Additive
Application of Analytical Electron Microscopy (AEM) to the Development Of High
Performance Powders
Exploitation of Enhanced Atomization Control with a Convergent Divergent Discrete Jet
Nozzle
Part 3, Compaction &
Forming
Theory of Plastic Flow of Porous Material with Dislocations
Evaluation of the Coefficient of Friction between the Compact and the Wall Die.
Experimental Results.
Specialized Coatings for P/M Tooling
The Production of Improved Rapid Tooling Materials
Superplastic Extrusion of Mechanically Alloyed TiAl to Form Automotive Engine Valve
A Performance Study of Production Tooling Obtained by a P/M Route
Increasing Performance of Plasma Spray Formed Components
Incremental Epitaxial Growth of Tin-Lead Crystal by Controlled Droplet Deposition
Study on Iron Based Materials Prepared by Warm Compaction
Study of Compaction and Ejection Properties of Powder Mixes Processed by Warm
Compaction
Development of the Electroconsolidation Process
Practical fluidized Filling for the Conventional P/M Industry
Densification of Metal Powders by Hot Die Pressing: Protocol and Results
Surface Densification of P/M Materials
Three Dimensional Printing: A Candidate for the Production of Powder Metal Parts
A New Approach for Lowering the Risk of Cracking During the Compaction of P/M
Components
Advances in Binder-Treatment Technology –Statistical Data on ANCORBOND Plus
New High Speed Pressing System
Optimizing Powder Handling in P/M Parts
Part 4, Powder Injection Molding
Low Pressure Powder Injection Moulding (LPPIM) of Austenitic Stainless Steel Using a New
Polyolefin-Based Binder System.
Influence of Feedstock shape on the Powder Injection Molding Process
Quantitative Analysis of Thermal Debinding
Particle Size Distribution and Binder Effects on the Deformation and Flow Behavior of
Feedstock
Processing and Component Development of AIN Heat Exchangers
An Analysis of the Powder Injection Molding Industry Global Market
Improving the Impact Toughness of Metal Injection Molded Parts
3D Simulation of Metal Injection Molding Influence of Thermal and Inertial Effects on
Flow Stability
Alternative Manufacturing Methods to Rapid Tooling
PIM of Ti-Al Inter-Metallic Compound Using Supercritical Debinding
Ball Milling Effect on the Powder Characteristics in Metal Injection Molding of W-Cu
Powder
Rheological Analysis Based on Powder Tap Density for Powder Injection Molding Mixtures
A New Furnace Concept Based on Plasma Technology for Processing PIM Components
Aqueous Injection Molding of Advanced Ceramics
Effect of Atmosphere Type on Thermal Debinding Behavior
Interplay of the Various Forces Leading to Anisotropic Shrinkage During sintering of a
MIM Part
Metallography of MIM Components
PIM of Microparts
Response of Commercially Available MIM Feedstocks to Various First Stage Debinding
Methods
Influence of Powder Particle Size on Properties of MIMParts.
Analysis of Martensitic Formation in 17-4PH Components Made Using the Agar Based
Feedstock System
Recycle of MIM Compound with Aqueous-Gel Binder
Part 5, Sintering/Secondary
Operations
Sinter-Heat-Treatment of P/M Parts, Modular Roller Furnace with Multiple Zones
Diffusion Bonding Methods of Green Compacts with Wrought Steel Parts During Sintering
Myth vs. Reality: Use, Control and Maintenance of Existing and State-of-the-Art
Endothermic Atmosphere Generators
How Argon Can Assist in Providing Clean Burn-Off of Lubricants and Binders
Refractories for P/M and MIM Sintering Furnaces
Strength Evolution in Sintering as a Basis for Densification and Distortion Control
Reconciliation of Sintering Theory with Sintering Practice
Evaluation of In-situ Strength Evolution in Sintering of Prealloyed Powders
An Experimental View on Distortion Control in Liquid Phase Sintering
Sintering Furnace Cooling Method Study
Effect of Sintering Temperature, Carbon Content and Post Sintering Treatment on Static
and Dynamic Properties of Diffusion-Bonded Steels
Sinter Hardening Properties of Pre-Alloyed Powder
Low Temperature Sintering of M-2 High Speed Steel Under N2/H2
Atmosphere
Evaluation of Sinter Hardening of Different P/M Materials
Microstructural Development in a P/M Braze Superalloy: The Effect of Thermal Cycle
The Role of Viscosity During Supersolidus Liquid Phase Sintering
Optimization of De-Lubrication During Sintering
Optimizing the Use of Manganese Sulfide in P/M Applications
Primary Variables Effecting PCBN Tool Life During the Machining of Ferrous P/M Parts
Effect of Machining Aids on the Machinability of Steam Treated P/M Parts
Part 6, P/M Steels
Physical and Mechanical Properties, Microstructure and Fractography of a P/M Steel from
Diffusion-Bonded Powder, Differently Sintered or Heat Treated
Machinability and Fatigue Property of Pre-Alloyed, Free Cutting Steel
Powder
Dimensional Change Control via Metal Sulfate Additions
Graphite dispersed Fe-Cu-Si-Sn Alloy Bearing by Powder Metallurgy
High Density High Strength Nickel-Molybdenum-Manganese Metal Matrix
Steel Composite
High Density P/M Steel
Influence of Density and Microstructure on Fatigue Properties of Warm
Compacted Fe-Ni-Cu-Mo Steels
Mechanical Properties of Warm Compacted Astaloy CrM
Damascene Steels- Decorative Steels for Emperors and Kings
Material for Warm Compacted Heavy Truck Transmission Parts
Binder-Treated Analogs of Diffusion Alloyed Compositions Based on
Ancorsteel 150 HP
Tensile and Axial Fatigue Behavior of Binder-Treated vs. Diffusion
Alloyed Steels
Influence of Nickel Additions, Sintering Temperature, Density and
Microstructure on the Mechanical Properties of Prealloyed Mo-Ni-Mn Steel Powders
Iron-Chromium Alloys for P/M
Part 7, Stainless
Steel/Magnetic Materials
Stabilized Ferritic P/M Stainless Steels
Corrosion Resistance of P/M Austenitic Stainless Steels Containing Boron
Ferritic Stainless Steels for High Temperature Applications
Mechanical Properties and Corrosion Resistance of Sintered Duplex Stainless Steels
Magnetic Materials
Measurement of P/M Part Magnetic Properties
Consolidation of Nanostructured Fe-Co Powders by PECS Process
Enhanced Magnetic Properties of High Temperature Sintered 0.80% Phosphorus Iron
Influence of Filling Materials on the Resistance to Environmental Factors of NdFeB
Dielectromagnets
SMC Materials – Including Present and Future Applications
Net Shape Parts from High Dense Powder Soft Magnetic Materials
Part 8,
Cemented Carbides/Refractory Metals,
Carbides and Ceramics
Cemented Carbides
Quantitative Mass Spectrometry to Control the Sintering Atmosphere for the Preparation
of Functionality-Graded Hardmetals
Effects of Composition, Microstructure and Processing on the Residual Stress of
WC-9.5Co Substrates
Influence of Residaul Stresses Due to Sintering on the Short Rod and Indentation
Fracture Toughness of Cemented Carbides
Cemented Carbide Properties in Relation to Binder Phases
Metallurgical Reactions and Microstructure Developments During Sintering of Cermets and
Cemented Carbonitrides
Dewaxing/Debinding of Cemented Carbides Using Abnormal Glow Discharge (Plasma)
Hardmaterials Through Coated Powder Approach
Refractory Metals, Carbides and Ceramics
Manufacture and Properties of Molybdenum-Rhenium Alloys
The Quality of Carbide Rods as a Function of the Size and the Performance of the Screw
Extruder Utilized
Mechanical Alloying Effects in Ball-Milled W-Cu composites
Evaluation of Microstructural Inhomogeneity in Liquid Phase Sintered Tungsten Heavy
Alloys
Dense Nanoscale Single – and Multi-Phase Ceramics Sintered by Transformation
Asisted Consolidation
Tungsten Heavy Alloys in the Incipient Stage of Liquid Phase Sintering
Enhanced Thermal Performance Copper/Tungsten Metal Composition
Abrasive Wear Behavior of Tungsten Infiltrated by Copper-Based Alloys
Part 9, Advanced Particulate
Materials
Combustion Synthesis of a Ternary (Al-Fe-Si) Alumides
An Investigation of Wear Caused by Cavitation on FERRO-TITANT
Processing of Iron Aluminides by Pressureless Sintering
The Effect of Nanocrystalline on Thermoelastic Transformation of NiAl Alloys
Thermo-Mechanical Properties of Ti-Ni Shape Memory Alloy Fabricated by Spark-Plasma
Sintering
Transformation of Nanostructured Ni-Al Alloys Produced by Mechanical Alloying Methods
Lightweight/High Stiffness Steels for High Performance Structural Applications
Functionally Gradient Tungsten Heavy Metal Alloy
Hot Consolidation of Boron Base Powders and Investigation of their Structure/Property
Relationship
Processing of Metal Nanopowders for Novel Applications
Morphological Changes Induced by a Combustion Wave in the Combustion Synthesis of
Titanium Nitride
Grain Refinement in TiC-Ni3Al Composites
Tape Casting of Iron Aluminide Powders
Liquid Phase Sintering in SiC/316L Stainless Steel Composite
StelliteR Bearings for Liquid Zn-/Al-Systems with Advanced Chemical and
Physical Properties by Mechanical Alloying and Standard P/M Route
Enhanced Densification of Metal Matrix Composites Under Cyclic Pressure
Part 10, Applications and Management Issues
Time and Temperature: Thermal Solutions for Furnace Air Pollution and Odors
Improving HIP Competitiveness
P/M Processing of Gear Components: Case Studies of Economic Competitiveness
Metallic Filters for Hot Gas Cleanup
Dust Explosibility of Aluminum, Coated Aluminum Powder and Mixture
Manufacturing of Tubular Porous Structures for Capillary Pumps
Current and Future Usage of P/M Pocket and Notch Plates for One-Way clutches in
Automatic Transmissions
Non-Automotive Markets for P/M Applications: Opportunities and Challenges
Development of Technical Cost Models for P/M Processing of Non-Automotive Parts
2009/SiC/15p P/M Based DRA Critical Rotating Parts for Commercial Helicopters
Field Experience on a New Sinter-Hardening Material
Part 11, Coatings
A P/M Sintering Approach for Coating 15-5PH Stainless Steel
Development of Highly Wear Resistant Coatings for deflector Blades in the Paper
Industry
Metallic Coatings on Iron Powder for Improved Magnetic Performance
Hypersonic Flame Spray Coatings with Refractory Carbides and Oxides
Thermal Spray coatings for Cylinder Liners, Manufacturing Process and Characterization
Ceramic and Metallurgical Coatings on Magnesium Components
Nano-Grained Nitride Coatings for Wear and Sliding Applications
Part 12,
Copper, Aluminum & Light Alloys/Structures
Effects of Atmosphere Compaction on Sintering Characteristics of Copper, Bronze, and
Iron/Copper Admixes with Varying Levels of Oxygen
Improvements in Copper Welding electrodes Via Powder Metallurgy Processing
Evolution of the Thermophysical Properties of a Bronze Powder During Sintering
Characterization of a Titanium Powder Produced by a Novel Continuous Process
Nanocrystalline Aluminum MMC
Higher Strength Aluminum Metal Matrix Composites
Production of Ultra-Lightweight Components Using P/M Techniques
Properties and Attributes of Commercially Available AC2014-Type Aluminum P/M Alloys
High Temperature Properties of Cu-Ag and Dispersion Strengthened Copper for Electrical
and Thermal Applications
The Development of an Aluminum Alloy for Selective Laser Sintering Applications
New Light Weight Structures Based on Low-Cost Metallic Hollow Spheres
Processing and Characterization of Aluminum Matrix Composites with Atomized
Reinforcement Particulate and Clean Matrix Powders
Spray Forming of Aluminum Composites
Part 13,
Test, Evaluation and Properties
Ultrasonic Tomographic Image Reconstruction of Powder Metal Compacts
Evaluation of Thermal Properties of Mechanically Alloyed W-20wt.%Cu Nanocomposites
A Study on Fracture Toughness Improvement of Al203/Cu
Nanocomposite Fabricated by High Energy Ball Milling
Effect of Microstructure on the Coefficient of Thermal Expansion and Young’s
Modulus in Tungsten-Copper Composites
Effect of Graphite and Copper Concentrations and Post Sintering Cooling Rate on
Properties of Sinter Hardened Materials
Investigation of Processing of Mechanical Properties in a Manganese-Chromium-Molybdenum
Cold Pressed Gas Atomized Steel
Analysis of Non-Compact Materials Deformation with the Consideration of Void Nucleation
A Comparative Study of Different Nondestructive Flaw Detection Methods in Powder
Metallurgy Parts
Thermodynamical Analysis of Water Atomized Ferritic Steel Particles
Corrosion Protection of Spray Formed Al-Si Alloys by Anodizing Treatments
The Effect of Variable Amplitude Loading on the Fatigue Behavior of Powder-Forged Steel
The Influence of Microstructure and Pore Morphology on the Strength and Creep Behaviors
of P/M Alloys
Quantitative Image Analysis Technique for Determining Local Density Variation
Evaluation of Mechanical Properties of Hot Forged & Hot Forged but Heat Treated
Ultra High Strength P/M Steels
New High Performance P/M Alloys to Replace Malleable Cast Irons
New High Performance P/M Alloys for Replacing Nodular Cast Irons
Metallography Preparation of P/M Materials
Chemical Etching of Ferrous P/M Materials
Characterization of Solidified LENS TM Deposit Through Digital Image
Analysis
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