1996 Advances in Powder Metallurgy & Particulate Materials

Part A  
A Review of P/M in North America, Europe and Japan

North America, Donald G. White
Japan, Shigeo Ito
Europe, Lothar Albano-Muller

3 papers, List $15    APMI   $14     MPIF $12


Part 1  
Atomization

• Low Apparent Density, High Green Strength Atomized Steel Powder
  Study of Two-Stage Melt Atomization
• Further Evaluation of Rapidly Spinning Cup Atomization
• Economic Production of Fine Prealloyed MIM Powders by the NANOVAL Gas Atomization Process
• Laminar Sonic and Supersonic Gas Flow Atomization - the NANOVAL Process
• Effect of Melt Superheat on Powder Characteristics Produced by Close-Coupled Gas Atomization
• Characterization of Liquid Breakup Mechanisms of Several Different Gas Atomization Nozzles
• Atomization of Heterogeneous Copper Base Material by the Rotating Electrode Process
• High Purity Aluminum Powder Processed Using High Pressure Gas Atomization
• A Novel High Pressure Gas Atomizing Nozzle for Liquid Metal Atomization
• Size Distribution and Microstructure of Gas Atomized Powder - A Study Using Design of Experiments
• The Origins of High Compressibility in Water-Atomized Iron Powder
• Centrifugal Dispersion of Metallic Barsample in an Inductive Plasma (Atomizing) A
• Performance Evaluation of Confined Gas Atomizers for Powder Production and Spray Forming
• A Novel Internal Mixing Gas Atomizer for Fine Powder Production
• Vacuum Degassing of Atomized Aluminum Alloys with Iron Additions
• The Impulse Atomization Process: An Economical and Flexible Process for Producing Powders with Tailored Size Distribution
• Process Diagnostics to Monitor and Control Gas Atomization Operations
• Compact Rotating Disk Atomizer for the Production of Reactive Powders
• Predictive Computational Fluid Dynamics (CFD) Model for Operation of a Closed- Coupled Atomization Die
  
  

Part 3  
Novel Production Methods and Materials

• Improving Conventional P/M Parts with Mimodal Powder Mixtures
• Production of Powder Metal Parts Made from the Waste
• Vibratory Processing of Particulate Materials: Multifrequency Excitation
• Properties of Dispersion-Strengthened Copper Materials Manufactured by High Energy Milling
• Materials Compounds by Powder Metallurgy
• Spray Drying of Silicon Nitride: An Intelligent Processing Approach
• Effect of Thermal Treatments on Properties of Diffusion Bonded Ferrous Powders
• Some Surprising Uses of Metal Powders
• Hot Degassing of High Alloy Metal Powders
• Monodisperse Metal Powders of Controlled Size and Shape Obtained by Polyol Process
• Precious Metal Powders Obtained by Polyol Process: Study of the Particle Formation Mechanism
• Theoretical Bases of Powder Materials Centrifugal Molding in Layers
• Simultaneous Metal Evaporation and Plasma Polymerization to For Non-Sintered Metal Nanoparticle-Polymer-Composites

• Powder Production Methods for Hydrogen Storage Materials
  
  

Part 5 
Hot Compaction/Warm Pressing

• Hot Compacting of Extrafine Cobalt
• Densification of Tool Steel Powder Under High Temperature - Experiments and Finite Element Analysis
• Advanced Diffusion-Bonded HIP Composites
• Hot Explosive Compaction of Tungsten-Titanium and Molybdenum-Titanium Alloys
• Hot Shock-Wave Compacting of Heavy and Hard Alloy Powders
• Wc-Co Hard Alloy Coatings Obtained by Hot Shock-Wave Treatment
• Investigation of the Constitutive Behavior of Metal Powder During Hot Isostatic Pressing with a Simulation Material
• Thermomechanical Characterization of an Austentic Stainless Steel Powder Consolidated by Hot Isostatic Pressing
• The Effect of Process and HIP Parameters on the Properties of P/M Compound Structures
• The Effects of Repressing on the Properties of Warm Compacted Materials Systems
• Key Parameters for Warm Compaction of High Density Materials
• Compaction and Sintering of Iron Aluminide Powders
• Densification Issues Pertaining to the Reaction Hot Pressing of Niobium Aluminide Matrix Composites
• Densification Behavior of Amorphous and Nanocrystalline Fe88 Zr7 B3 Ni2 Powders Under a Uniaxial Hot-Pressing
• Dynamic Properties of Warm Compacted High Strength Sintered Steels
• Production Experience of Warm Compaction of Densmix Powders
• Large-Size Disks Made from New Superalloys by Direct HIP Only
• Investigation of the Effect of Various Flow Charts for HIPing on the Quality of Discs in MP Nickel-Base Alloys
• An Evaluation of High Performance Materials Processed Using Warm Compaction Technology
• Densification Kinetics of the Udimet 700 Based Powder Composites During Hot Isostatic Pressing
• Review of Current and Advanced (Hot) Densification Processes
  
  

Part 6  
Lubrication

1. Replacing Internal with External Lubricants: Phase III: Tribostatic Application of Lubricants onto die Walls compaction
2. Application of External Die Lubrication Utilizing a High Volume Low Pressure (HLVP) System Compaction
3. Mechanical Behavior of a Lubricated Iron Powder
4. Usefulness of Poly (Alkylene Carbonates) as Binders in Metal Powder Forming Applications

Improved Control of Lubricant Particle Size Distribution


Part 7 A  
Modeling/Compaction/Testing

1. Simulation of Dynamic Processes at Powdery Materials Pulse Loading
2. Increasing the “Added Value” of Experimentation in Process Modeling
3. Finite Element Simulation of Die Compaction and Ejection of Iron Powder
4. Finite Element Simulation of the Sintering of Cemented Carbide Compacts
5. Constitutive Modeling of Metal Powder During Hot Isostatic Pressing: Comparison of Two Classical Models
6. Model Aspects of Shrinkage Anisotropoy Under Isostatic Pressing
7. The Permeable Element Method for Modeling of Powder Compaction in Rigid Dies
8. The Influence of Powder Characteristics on Slip Crack compaction
9. Behavior of Elliptical Particles Under Compaction
10. Visualization of Powder Behavior for Gravity Filling
11. Shape Optimization of PF Connecting Rod Using Finite Element Analysis
12. Distortion Control for P/M-Based Rapid Prototyping of Advanced Material Components
13. Influence of Operating Temperature on the Shrink-Fitting Pressure of P/M Dies (Compaction)
14. An International Research Program on the Mechanics of Metal Powder Forming
15. A Study of Iron Powders by Three-Dimensional Compaction
16. An International Research program on the Mechanics of Metal Powder Forming
17. Direct Simulation of Compaction and Consolidation of Steel Powders by Advanced Eulerian Analysis
18. Assessing the Dimensional Variations of the Compaction Process
19. Assessment of the Predictive Capabilities of the Cap Material Model for Simulating Powder Compaction Problems
20. The Integration of Computer Applications in P/M Tooling Design
21. A Novel Method for Rapid Non-Destructive Determination of Envelope Density (NDT) (testing)
22. Cracks in Green P/M Compacts
23. Rapid Prototyping of Functional Metallic and Ceramic parts Using the Multiphase Jet Solidification (MJS) Process
24. PreCAD, A computer Assisted Design and Modeling Tool for Powder Precision Molding
25. Ultrasonic Evaluation of Iron Powder During Compaction
26. Dynamic Model for Impact Velocity in Friability Testing
27. A Friction Model for Iron Powder Pressing Based on a Tribological Approach
28. The Correlations of the Influence Between Constructive and Functional Parameters of Automatic Isostatic Press and the Characteristics of Ceramics Powder Pressed Parts
29. Droplet Solidification and Microstructures Modeling for Aluminum-Lithium Alloys
30. Consolidation of Glassy Alloy Powders at the Supercooled Liquid State
31. The Effects of Particle Morphology on Metal Powder Compaction
32. Modeling of the Influence of Porosity on Volume Change of Porous Materials During Plastic Strain
33. Optimization of Contact Conditions in the Process of Compacting Highly Dense Products
34. The Direct Current Potential Drop Method for Detection of Defects Related to Uni-Axial Compaction
35. Analysis of Worldwide Press System
36. A Modeling system to Simulate the Compaction of Powder Metals
37. Surface Effect in Powder Based Rapid Prototyping (Modeling)
38. Evaluation and Verification of Powder Consolidation Models with Emphasis on Early States of Consolidation and Shape Changes

39. A New Densification Technology - Pneumatic Isostatic Forging
    
    

Part 9  
Spray Forming

1. Test and Evaluation of Spray Formed Alloy 625
2. Vacuum Plasma Spray Forming for High Performance Space Structures
3. Experimental Investigation of the Sticking Efficiency During Sprayforming
4. Residual Stress in Wc-Co Solid Components Formed by HVOF Thermal Spraying Process
5. Studies on Gas-Atomized Ni Alloys for Hardfacing Applications
6. Microstructure and Thermo-Mechanical Processing Response of Spray Formed Ti Alloys Produced by Centrifugal Spray Deposition
7. Prediction of Liquid Metal Velocities on a Rotating Disk in Spray Forming by Centrifugal Spray Deposition
8. Sprayforming and Evaluation of Large Diameter Steel Products by the Osprey Process
9. Application of Reaction Synthesis Principles to Thermal Spray Coatings of Intermetallics
10. Spray Forming of Two Phase Materials

11. Full Density Boride Coatings Sintered onto Steel Substrates
    
    

Part 11  
Liquid Phase & Enhanced Sintering

1. Sintering Atmosphere for Iron-Copper-Carbon Components
2. Boron Influence on the Liquid Phase Sintering and the Mechanical Properties of P/M Distaloy Alloys
3. Sintering of Heat-Resisting Steel Powder for Application in Diesel Particulate Traps
4. Low Cycle Fatigue Properties of Superalloy Repairs Joints Produced by Supersolidus- Transient Liquid Phase Sintering
5. Enhanced Sintering of 316L Stainless Steel With Additions of Cu3 P 342
6. Grain Agglomeration and Coalescence in Liquid Phase Sintering
7. Sintering of WC-Ni Cemented Carbides Containing Cr3C2
8. Copper Steels Revisited Sintering
9. Sintering of High Temperature Resistant P/M Aluminum Alloys
10. Enhanced Sintering of Carbonyl Iron Compacts by the Addition of Aluminum Stearate
11. MDodification of Particle Contact Regions in a Permeable Copper Base Alloy by Variation of Processing Variables (Sintering)
12. Differential Sintering of Metal Powders with Geometrical and Chemical Inhomogeneities
13. P/M Advances with Brazing Technology
14. Joining of Steel and Particle Reinforced P/M aluminum by Sinter Brazing
15. The Particle Size Effect in Multicomponent Aluminum Alloys
16. Sintering Behavior of Fe-Al-Si Powder alloys
17. Liquid Phase Sintering of CBN-Based Cermets at Relatively Low Pressure
18. High Density P/M Bears by Enhanced Solid-State Sintering
19. Joining of Die Pressed P/M Parts to Conventional Steels by Diffusion Bonding
20. Thermodynamics of Protective Atmosphere Control
21. Optimization of Sintering Parameters of High Strength Low Alloy Steels
22. Supersolidus Sintering and Brazing Using Nickel Based Prealoyed Powders
23. The Effect of Sintering Parameters and Co Composition on the Microstructure and Mechanical Properties of W-Co Alloys
24. Microstructural Evolution During Simultaneous Sintering and Diffusion of FGM
25. Robust Sinter Steel by Robust Design Experimentation
26. P/M Niobium/Vanadium Steels Via High Temperature Sintering
27. Maximization of Hardness of a Steam Treatment Part by DOE
28. Research of Processes of Liquid Phase Sintering of System “Aluminum Transitive Metal”
29. Sinter-Bonding Behavior of Cr3C2 Base Cermets on Steels
30. Sintering Characteristics of the Chromium Base ODS Alloy Cr5Fe1Y203
31. Effect of Materials and Process Parameters on the Microstructure and Properties of Sinter Hardening Alloys
32. Hardenability Characteristics of P/M Alloy Steels
33. In-Situ Optimization of Sintering by Gas Phase Controlling

34. Sel Propagating Sintering of Nanosize Powders
    
    

Part 12  
Quality Aspects of Sintering/Synthesis

1. Effect of Si in Iron Powder on Dimensional Change During Sintering of Fe-Cu-C Compact
2. The Effect of Sintering on Part Dimensional Variations
3. A Unique and Cost Effective Preventative Maintenance Process Developed to Supplement Traditional Sintering Furnace Programs to Predict Furnace Trends andPerformance
4. Remote Electronic Management of Sintering Furnaces
5. Predicting Part Temperatures Profile During Sintering Under Production conditions Using a Simple PC-Based Model
6. A Resonant Insection: A New NDT Technology For the Powder Metal Industry
7. Dimensional Change of P/M Premixes Sintering
8. Effect of Heating Rate on the Synthesis of Titanium Aluminides by Thermal Explosion Mode
9. Kinetics of Reactive Synthesis of NiAl from Dense Elemental Powder Blends

10. Discontinuously Reinforced Titanium Matrix Composites Via Combustion-Assisted Synthesis
    

Part 13  
Material Properties, Application, Testing

1. A theoretical and Experimental Investigations on the Pore Structure of Sintered Bearings
2. Development of High-Strength P/M Steels with Optimized Microstructures by New Alloying and Sintering Techniques
3. Wear Resistance of High Density Ausformed Steel Surfaces
4. Assessment of the Structural Performance of a P/M Crankshaft Bearing Cap (model)
5. Effect of the Heterogeneous Structure on the Properties of Sintered Low Alloy Steels
6. About Cumulation of Wear Process of Powder Metallurgy Materials
7. About Equivalent Ellipse Concept Applied for Endurance Limit Determination of Porous Materials
8. Experimental and Theoretical Study of the Bending Behavior of Sintered alloys with Different Microstructure
9. Evaluation of the Ductility of P/M Alloys Using the Coefficient of Collaboration
10. Effects of Notch Geometry and Microstructure of the Impact Behavior of P/M Fe-Mo Steels
11. Fretting Behavior of Sintered Low Alloyed Steels
12. Graphite Dispersed Ferritic Iron Alloy Bearing by Powder Metallurgy
13. Enhanced Machinability of Valve Guides Made from P/M Materials
14. Performance Characteristics of Zinc Oxide Varistors Processed Under Different Pressing Conditions
15. Resintering of Conventional P/M Steels
16. Use of Resonant Inspection for Improved Powdered Metal Parts
17. An Automated Nondestructive Evaluation System for the Inspection of Powder Formed Components
18. Influence of MnS on the Fatigue Properties of Distaloy AE - 0.5% C
19. Electrochemical Behavior and Microstructural Characterization of Plasma Nitrided Layer of Sintered Steels Containing Mo and Ni in Different Concentration
20. Mo Alloyed P/M Structural Steels Prepared by Different Alloying Techniques
21. Powder Metallurgy Expansion into Automotive Exhaust Systems - Challenges and Solutions
22. Damage Mechanisms of a Nickel Alloyed Sintered Steel During Tensile and Fatigue Tests
23. Designing Low Alloy Steel Powders for Sinterhardening Applications
24. Effects of Different Nitrocarburizing Processes on the properties of Sintered Steels
25. Low Pressure and Plasma Carburizing of Ni, Mo, Mn Alloyed P/M Steels
26. Effect of Pore Structure on Bending Fatigue Strength of Sintered Steel
27. Thermometrica Investigation on the Fatigue Behavior of Powder Forged Connecting Rods
28. Effect of Processing, Microstructure and Strength Factors on the Crack Extension and Growth Behavior of Pore-Free Impact P/F Low Alloy HS Steel
29. Influence of Machining Parameters on the Machinability of Sintered Steels
30. The Mechanical Properties of Powder Forged Steels: Effect of Composition and Heat Treatment Technologies Corporation
31. Fracture Toughness Testing of Powder Metallurgy Materials
32. Properties of Several ANCORDENSEä Processed High Performance Materials
33. Part Manufacturing Experience/Laboratory Modeling with ANCORBOND Material Systems
34. Single Compaction to Achieve High Density in Ferrous P/M Materials in Automotive Applications
35. The Effect of Microstructure on Fatigue Properties of High Density Ferrous P/M Materials
36. The Development of High Performance P/M Steels
37. Surface Fatigue of P/M Iron-Nickel Steel
38. On The Synergies of High Temperature Sintering and Alloy Development for High Endurance P/M Powertrain Components
39. Densification Strategies for Advanced High Endurance P/M Components
40. A Case Study of an Ausformed Helical Pinion Gear
41. An Overview of AGMA/MPIF P/M Gear Activities: Nomenclature & Design Criteria
42. Performance of P/M Gears in Hydraulic Pumps
43. Microstructural Features Limiting the Performance of P/M Structural Parts
    Microstructure and Mechanical Response of Ausformed Steel Surfaces

Part 15   
Intermetallics/Lasers

1. Sintered Intermetallic Compounds Type Fe-AL-Ni
2. Strength and Fracture of High Temperature Ceramic Materials
3. Mechanical and Chemical Failure of Cermet in Oxidative Medium
4. Synthesis and Properties of the Ternary Intermetallic Phase Fe12 Ti5 Si3
5. Exo-Melt ä Process for Intermetallic Powders
6. Processing of Iron Aluminides by Reaction Synthesis Techniques (Intermetallic)
7. High Strength, Ductility and Toughness in P/M FeAl Intermetallic Alloys
8. Intermetallic Alloy Formation From Nanosize Metal Powders Produced by Electro Exploding Wires
9. Directed Light Fabrication of Near-Net Shape Metal Components
10. Laser Sintering of Composite Metal Powders
11. Solid Freeform Fabrication of Powders Using Laser Processing
12. Rapid Manufacturing by Laser Aided Direct Deposition of Metals
13. Laser Metal Deposition of alloy 625 for Free Form Fabrication
14. Advances in Manufacturing Metal Objects by Selective Laser Sintering (SLS)
15. Two Thermal Monitors for High Power Laser Processing P/M Laser Manufacturing of titanium Structures

Part 16  
Metal Matrix Composites

1. Properties of Sintered High Speed Steel Metal Matrix Composites Designed for Enhanced Wear Performance
2. Wear of Aluminum Matrix Composites Obtained by Hot Extrusion
3. Development of Porous Structures for High Temperature Applications Based on Unique Melt Extracted Fibers
4. Thermomechanical Processing of Sintered Tungsten-Copper Composite
5. Zirconium-Aluminum Alloys as a Cermet Composition Matrix (composite)
6. Fabrication of ALN/W Thermal Barrier Type of Functionally Gradient Material and Its Thermal Shock Behavior
7. Wear and Cracking of Sintered High Speed Steel Matrix Composites Under Fretting Conditions
8. Porous Fe-Fe Composite as an Environment Conscious Material (ECOMATERIAL)
9. Wear Resistant, Powder Processed In-Situ Fe-Matrix TiC Composites
10. Metal Fibers: Processing/Properties/Applications
11. Solid State Synthesis of NiAl-Nb Composite from Elemental Powders
12. An Influence of Carbon Addition on the Properties of TiSi2 Intermetallics
13. Consolidation and Residual Stresses in Composite Powder Compacts
14. Dispersion Strengthening of Liquid Phase Sintered W-Fe-Ni3Al Composites
15. Iron Aluminide-Titanium Carbide Composites - Microstructure and Mechanical Properties
16. Bonding of WC with an FeAL Iron Aluminide Intermetallic
17. Morphological and Microstructural Features of Discontinuously Reinforced P/M AL/SiC Composites Explosive Compaction of Metal-SiC Composites

Part 17  
Stainless Steel/Tool Steel

1. Microstructural Optimization of Boron Alloyed Austentic Stainless Steel
2. The Influence of Chromium Content on the Magnetic Properties and Corrosion Resistance of Admixed Stainless Steels
3. A Sintered Sliding Materials for the Exhaust Gas Treatment Equipment of Automobile Engines
4. Dynamic Behavior of a 316L Stainless Porous P/M Steel
5. Determination Methods of the P/M Stainless Steels Corrosion Resistance
6. Improved Corrosion Resistant Stainless Steel Based P/M Alloys
7. Surface Hardening of Sintered Stainless Steels
8. Properties of High Density sintered 316L Stainless Steels
9. Machinability of Sintered Stainless Steel 316L
10. The Mechanical Corrosion and Wear Properties of a Novel Stainless Steel Composition
11. Enhance Green Strength Material System for Ferrous and Stainless compaction
12. Sintered Metal Fiber Filter Medium for Liquid and Gas Filtration
13. Corrosion and Mechanical Properties of 410L and 434L Type Stainless Steels
14. Development of Ultra-High Vanadium Wear Resistant Cold Work Tool Steels
15. Sintering of Modified M35 M High Speed Steels in a Nitrogen Rich Atmosphere
16. Heat Treatment of Sintered High Speed Steels with Cu-P Additions
17. Wear Behavior of A P/M High Speed Steel Product Gelcasting H13 Tool Steel

Part 18
Hardmetals

1. Cobalt and Hard Metal
2. On the Preparation of Ultrafine Cemented Carbides by Direct Carburization of W-Oxides
3. Studies on Particle Size Effects and Compaction of Nanostructured WC-Co Composite Powders Carbide
4. Effect of WC Size on the Mechanical Property of WC/Co Alloy (Carbides)
5. A Technique of Fabricating Complex Shaped Thin-Walled Components of Hard Materials Using High Velocity Oxy-Fuel Thermal Spraying Process
6. Tribological Behavior of Different HVOF Spray Carbide Coatings
7. Consolidation of WC Cemented Carbides with Fe-Mn Metallic Binders
8. Fatigue of Hard Metals and Cermets - the Present Knowledge and its Technical Importance and Application
9. Nickel Aluminide-Bonded Tungsten Carbide and Titanium Carbide Hardmetals

Grain Size Variation and Distortion in Liquid Phase Sintered Tungsten Heavy Alloys

Part 19
Metal Injection Molding

1. Powder Injection Molding of Nilvar
2. Development of Two New binder Systems Based on Thermoplastic + Wax and Water-Soluble (Gelling) Polymers with Improved Properties for the Injection Molding of Alumina and Other Ceramic/Metallic Powders
3. Improved Mechanical and Thermal Properties of Injection Molded Alumina Ceramics Using Two Newly Developed Binder Systems
4. Sintering Characteristics of Metal Injection Molded Stainless Steel 316L
5. Advanced Compounding of Powder Injection Molding Masses
6. Effect of Debinding Conditions on Carbon Control of Sintered 4340 Alloy Compacts by Metal Injection Molding
7. Behavior of Carbon and Oxygen During Sintering Process in Fe-Ni Alloy Compacts Made by Injection Molding
8. Flow Behavior of Ceramic Injection Molding Suspensions: Effect of particle Size Distribution
9. Numerical Simulation of Powder Injection Molding Filling Process for Three-Dimensional Complicated Cavity Geometries
10. Powder-Binder Flow Simulation in Powder Injection Molding
11. Mechanical Behavior and Optimizing Process of Metal Injection Molding High Speed AISI M2
12. Analysis of Macroscopic and Microscopic Properties in 316L Stainless Steels Multicomponent Binder, MIM specimens Using Image Analysis Software
13. Tensile Behavior of Sintered Ti and Ti-6AL-4V Alloy by MIM Process
14. Sintering Parameter and Debinding Process of Carbonylic Iron/ABS-Binder Feedstock (MIM)
15. A Novel Gas Sensor for Binder Burnout (MIM)
16. The Particle Size Effect of Cu-Powders on the Sintering W-Cu MIM Parts
17. Factors Affecting Dimensional Precision of MIM Parts Under Production Conditions
18. Composite Parts by Powder Injection Molding
19. Small Punch Test Correlation with Tensile Testing of MIM Fe-Al-Si
20. Sintering to Full Density at Low Temperatures of Injection Molded T15 High Speed Powders
21. A Debinding Method Using Super Critical CO2 on MIM Process
22. Typical Defects in PIM Parts - and How They Can Be avoided
23. Wax-Based and PEG-Based Binder System Development for Metal and Ceramic Powders (MIM)
24. Achieving Real Dimensional Control of )1.1% (MIM)
25. The Design of Molding Feedstocks Consisting of Polysaccharide Gels and Metal/Ceramic Powders (MIM)
26. Ultrasonic Sensors for Powder Injection Molding Process Monitoring
27. Mechanical Properties of Acrylic Based Powder Injection Molding Feedstocks
28. Novel Feedstocks for PIM Powder Injection Molding: Technological Need Identification

Part 20
Magnetics

1. Soft Magnetic Materials for Transformers Sintered of Iron Based Powders
2. Particle Size Distribution Study for the Sintered Hard Magnetic Materials
3. The Role of the Secondary Operations in the Manufacturing of P/M Automotive Components for Soft Magnetic Applications
4. Sintered Magnetic Iron Yoke for Voice Coil Motor
5. Effect of Resi Content and Iron Particle Size on Properties of Dielectromagnetics
6. Effect of Compaction Temperature on Magnetic Properties of Iron-Resin Composites
7. Numerical Modeling of the Fluid Flow and Heat Transfer in Thixomoldingä
8. Development of an Iron-Resin Composite Material for Soft-Magnetic Applications
9. Soft Magnetic Composites for Applications in AC Electrical Components
10. Fluidized Bed Reactor Processing of Magnetic Materials
11. The Effect of Sintering Conditions on the Magnetic and Mechanical Properties of Warm Compacted Fe-P P/M Steels
12. Powder Metallurgy Materials for AC Magnetic Applications
13. Integrated Magnetic Cors Made by Powder Metallurgy

Mechanical and Magnetic Properties Correlation in Dielectrogmagnets from Mixture of Hard Magnetic Powders

Part 21
Quality Management

1. ISO-9000 - The Route to Registration for P/M Components Manufacturers
2. An Overview of P/M Parts Manufacturing in the 21st Century - The New Technology
3. An Overview of P/M Parts Manufacturing in the 21st Century - The New Management
4. Customer Service and Engineering Costs: Impact of Overhead Allocation
5. P/M in the 21st Century