Part
1
Design and Modeling of P/M Materials,
Components, and Processes
State-of-the North American P/M Industry
Comparison of Theoretical Prediction and Experimental Results of the
Density of Compacted Powder Using a Neural Network
P/M
Part Design from FEM to Production Line with Quantitative Resonant Inspection
Simulation of Compaction Cracks in Parts with Large Variation in Cross Section
Experimental Characterization and Numerical Simulation of Die Wall Friction in
Pharmaceutical
Cap
Soil Plasticity Model for Silicon Carbide Powder Compaction and Its Finite Element
Implementation
Modeling
of Porous Materials Deformation Process and Model Identification in Experiment
Finite Element Analysis for the Solid Phase Sintering of Bronze
The Effect of Variations in HIP Cooling Rate on the Microstructure and Properties of a P/M
Duplex
Stainless Steel
Part
2 - Atomization and Powder Production, Particle Size Analysis
The Role of Energy in Gas Atomization
Melt Film Atomization: Effect of Gas Backpressure in the Spraying Tower
on the Powder Particle Size
Approaches
for Increased Process Uniformity in Gas Atomization
Application of Two Phase Flow Aspiration Pressure Calculations for
Improved Close-Coupled Nozzle
Performance
Rapidly
Solidified Controlled Shape Particles and Their Commercial Uses
Effect of Molten Metal Filtration on Gas Atomized Modified AISI Type M4 Powder
Metallurgy High-Speed Steel Powder
Production
and Characterization of P/M Grade Sponge Iron Powder from
Indian Blue Dust
Applications of Ultrafine Gas Atomized Metal Powders
Sonic Sieving: An Accurate Particle Size Measurement Technique
for Gas-Atomized Powder
Powder Body Deformability Criterion
High Kinetic Processing of Enamel, Part I
Artifacts in Qualitative X-Ray Microanalysis of Loose Powder
Outgassing Measurements of Cu Powder, Cr Powder and Their Mixture
A
New Approach for Recycling of Scrap Iron with Copper by Powder
Metallurgical Technique
Part
3
Lubrication, Green Strength, Spray Forming, Robotics and Consolidation of Powders
IA
New Approach to Die Wall Lubrication for P/M Applications
Segregation-free Iron Powder with Improved Flowability Containing Wax Lubricant
Complexable Polymeric Binder-Lubricant Blends
The Interaction of Graphite with Today's Popular Lubricants
Die Wall Lubrication, Consistency and Reliability
Engineering Approach to High Density Forming Using Internal and External Lubricants
A New Device for Measurement of Friction in Metal Powder Compaction
Influence of Powder Mix Formulation on Green and Sintered
Properties of Warm Pressed Specimens
Investigation
of the Pressure Distribution in Powder Beds During
Cold Isostatic Pressing (CIP)
Sintered Stainless Steel Obtained by Pressureless Forming:
Microstructural Characterization
Higher Green Strength Enhancements to Increase Process Robustness
Green Properties Improvements By Mixing Techniques Part 3
Enhancing Green Strength of P/M Materials
The Effects of Non-Uniform Fill on Green Density Distributions in Hollow
Cylindrical P/M Compacts
Centrifugal Spray Deposition (CSD) - An Alternative Route for the
Manufacture of Ring
Components
Microstructure,
Property and Deformation Response of IN718 Produced by
Centrifugal Spray Deposition
New
Generation of Tool Steels Made by Spray Forming
Spray Forming of CuSn13...17
Sprayforming of MMC - Study on the Particle Distribution in
CuNi2Si Billets with Graphite
CPA Technology Permits Combined Use of the Withdrawal and
Counter-Pressure Process
Dust-Proof Robotics for Powdered Metal and Ceramic Press Unloading
Applications of Industrial Robots in Powder Metal Component Manufacturing
Stainless
Steel Powders for High Density Applications
Part
4 - Powder Injection Molding (Metals and Ceramics)
Best
Practices in Powder Injection Molding
An Analysis of the Powder Injection Molding Industry Global Market
Evaluation of High Pressure Water Atomized Powders for Large Scale PIM
Production by Using Different Binder Formulations
Rheological
Properties of MIM Feedstocks Produced from Gas
and Water Atomized 316 Stainless
Steel Powders
Water
Soluble Binders for Large volume MIM Production
Correlation Between Different Sourced Rheological Feedstock Data for a
Quality Controlled MIM-Production
Recyclability
of a Commercial MIM Feedstock
Metal
Injection Molding: Mold Filling and Packing Dynamics
The
Effect of Powder Particle Size and Alloying Technique on
Distortion in MIM Parts
Effect of Atmosphere Pressure on Thermal Debinding Behavior
MIM Process of Ti-Al-Cr and Ti-Al-Cr-Nb Intermetallic Compounds
Metal Injection Molding of Tungsten and Molybdenum Copper Alloys for
Microelectronic Packaging
Low Contamination Binders for Reaction Sensitive Alloy Applications
A Microstructural Model for Feedstock Homogeneity
CAE Analysis for Sintering Stage of Powder Injection Molding
Titanium Powder Injection Molding
Aerospace Valve Flow Body in IN718 by Agar Based Metal Injection Molding
Effects of Carbide Addition on Sintering of M-2 Tool Steel
Development of a Process for Microporous Components
Powder Injection Molding of Bi-Metal Components
Tiny Parts Made by Micro Powder Injection Molding
Effects of Processing Parameters on the Impact Toughness of MIM Parts
Integrated Numerical Analysis of Injection Molding Process for PIM Parts
Gel Strengthening Additives for Agar Based Binder System for Metal and
Ceramic Injection Molding Feedstock
Part
5 - Sintering,
Sinter Hardening, De-Lubrication,
Dimensional Change Control
Status
of Sintering Atmospheres for Mass Production of P/M
Components -Technologies, Quality, Cost
Advanced
Processing of Sinter-Hardening Materials
P/M Steel Suitable for Sinter Hardening in
Respect of Cost and Performance
A Methodology for Evaluating Sinter-Hardening Capability
Dimensional Control of Sinter Hardened P/M Components
Vacuum Furnace Sinter Hardening
Furnace Atmosphere Optimization for Sinter-Hardening
Sintering Furnace Cycle Influence on Sinter Hardened Part Parameters
Mechanism of De-Lubrication During Sintering: Reaction Kinetics and
Decomposition Stages
Improved
Delubrication by the Addition of Endothermic Gas in N2-H2 Atmosphere
Control of De-Lubrication Utilizing a Logistic Function Based Empirical Model
Processes Determining the Dimensional Change of P/M Steels
Effects of Chemical Composition of Pure Iron on Dimensional
Change of Sintered P/M Parts
Dimensional Changes During Sintering of Bearing Caps –
Effect of Method of Alloying Addition
Use
of Dry Vacuum Pumps for Sintering Binder Removal
The Influence of Sintering Atmosphere on the Microstructure of
Rapidsteel 2.0 Materials
Thermal
Expansion Behavior of P/M Ferrous Materials
Mechanical Properties of Sintered Iron-Boron Alloys
Continuous Sintering of Ni3Al,
NiCrFe-TiC Intermetallics
On Sintering with Rigid Inclusions
Sintering Cycle Design and Evaluation of High Speed Steel Starch Shaped Parts
Microstructure Manipulations to Attain Densification without Distortion During
Liquid Phase Sintering
Presintering
Effects on Tungsten Heavy Alloy Liquid Phase Sintering
On the Sintering of TiC-VC-Co Hardmetals
Control of Sintered Properties of Fe-P Alloys by Adjusting Sintering Parameters
Comparison of Pressed and Thixotropicly Cast Plates
Sintering of Tin and Aluminum Bronze: Plasma Versus Conventional Mechanisms
Enhanced Sinter-hardened Ni-Mo Prealloy P/M Component Characteristics Through Powder
Composition and Processing
Dimensional
Properties of the Mix FC-0208 with Different Copper Addition
Part 6 - Secondary Operations: Machining, Surface Treatments
Green
Turning of Warm Compacted P/M Steels
Machining of Warm Compacted PM-Parts in Green State
Optimization of Pre-Alloyed MnS Steel Powders for
Improved Machinability
Tensile, Machinability and Fatigue Property of
Pre-alloyed Free Cutting Steel Powder
Investigating the Relationship Between Machinability
Additives and Machining Parameters
Overview of Surface Treatment Methods for P/M Parts
Plasma Nitriding of C-Alloyed Astaloy CrM Processed in
Different Conditions
Diffusion Welding of P/M Bronze Bearings to a Rolled
Plain Carbon Steel
Post-Delubrication Peening of Forged P/M Connecting Rod
The Effect of Surface Modification on the Fatigue
Performance of Powder-Forged Steel
Minimizing Environmental Effects in Aluminides
Part
7 - Materials: Intermetallics, Titanium Stainless Steel,
High Performance Alloys, Magnetics
Influence
of Composition on Thermo-Mechanical Properties of TiNi Shape Memory Alloy
Fabricated by Spark-Plasma Sintering
P/M
High Strength Magnetic Alloys
Effects of Ordering Transformation and Grain Size
on the Magnetic Properties of Fe-Co Alloy
Iron Powder in Electrical Machines, Possibilities and Limitations
Effect of Material Insulation and Part Geometry on AC
Magnetic Performances of P/M Soft Magnetic
Composites
Soft
Magnetic Powdered Metal Materials for High Frequency Industrial Applications
Effect of Sintering Temperature on NdFeB Permanent Magnetic Materials
Development of Low-Coercivity Soft Magnetic Materials from
Sponge Iron Powder
Current Trends of PM Superalloys Discs
Production for
Gas Turbine Engines
Titanium P/M - An Overview
P/M Titanium Technology for Metal Matrix Composites
Effect of Sintering Atmosphere on Corrosion Resistance and
Mechanical Properties of Austenitic Stainless
Steels - Part II
An
Evaluation of Methods for Improving the Green Properties of
P/M Stainless Steels
Effect of Contamination Level and Sintering Temperature on the
Corrosion Resistance of P/M 316L
Stainless Steel
Fine
Pitch Powder Metal Gears Using Stainless Steel Alloys
Mechanism of Delamination Cracks in High Density Parts
A New Powder Metal with Mechanical Properties Approaching
Low Carbon Steel
High Performance Materials Ancorloy MD Series
Silicon Containing High Performance Alloys Machinability and
Mechanical Properties
Comparison of Mechanical Properties for Conventional vs.
High Temperature Sintering
of FLN2-4405 Low Alloy Steel
Influence
of Sintering Temperature on Properties of Low Alloyed
High Strength P/M Materials
Reentrant
Transport Transition in Sintered Superconductors
with High Critical Temperature
Part
8 - Refractory Metals, Carbides, Cermets,
Ceramics, Foams
Microwave
Sintering of TiC-Based Cermets
Thick Coating of Boride Cermets on Steel Parts
Densification of Cermet Composites
Co-Firing of Multilayer Ceramic Composites
Abrasive Wear Properties of Cr-Cr3Si and Cr-Cr3Si-X Composites
Fabrication of Ti-Based Components with Controlled Porosity
Metal Foams for Improved Crash Energy Absorption in Passenger Equipment
Porous Stainless Steel Parts Using Selective Laser Sintering
Development of Metallic Hot Gas Filters
High-Porous Nickel with Cellular Structure
Investigation of Syntactic Foam-Type Porous Powder Materials
Tough-Coated Hard Powders for Hardmetals of Novel Properties
Double Cemented Carbide Composite--A Novel Composite Concept
Engineered Composite Powders
The Bonding of Wear-Resistant Tungsten Carbide-Cobalt Coatings Onto
Steel Tooling Using the Electroconsolidation® Process
Ball Milling of Tungsten Alloys
The Effect of Ni Contents on the Activated Sintering of Sub-Micron
Tungsten Powder Compact
Powder
Injection Molding to Fabricate Tungsten and
Rhenium Components
Advances in Powder Metallurgy Rhenium
Modeling the Compaction and Sintering of Rhenium
Sintering Behavior of W-Cu Composite Powders Produced by
High Energy Ball Milling and
Reduction Method
Thermal
Conductivity of W-Cu Manufactured by Several Techniques
Part
9 - Composites,
Laser Fabrication, Mechanical Alloying,
Nanocrystalline Materials, Aluminum
Influence
of Production Processes on the Reactivity Layer Formation in Ti-Al
Intermetallics Discontinuously Reinforced Al-Si-Mg Alloys
Tensile
Properties of Pure AL based Al-Cu-Fe Quasicrystal
Reinforced Model MMC
Advanced Silicide-Based Materials for High Temperature Glass
Processing Sensors
Conventional Hot Pressing Characteristics of Al-SiC
and
Al-TiC Composites Prepared from
Aluminum and Copper
Elemental Powders
Synthesis
of Al203/Cu Nanocomposite by Dispersion and
Reduction of Cu Oxide
Preliminary Evaluation of Dispersion Strengthened
Copper-2B4C Alloy
Direct Laser Fabrication of a Burn-Resistant Ti Alloy
Direct Steel Component Manufacturing Using Direct
Metal Laser Sintering
Effect of Ni Addition to the Formation and Crystallization of
Mechanically Alloyed Amorphous FeZrB
Powders
Improvement
of Thermoelectric Properties of Bismuth Telluride
Alloys by Controlling the Microstructure through Mechanical
Alloying and Extrusion
Preparation and Characterization of Powders of Metallic and
Intermetallic Nanoparticles
Reduced Pressure Requirements for Production of
Nanoceramic Composites
High-Speed Superplastic Forming of Consolidated
Nanocrystalline PSZ-Al203
Influence of the Alloy Composition and the
Parameters of Deformationon the Coefficient of Linear
Expansion of Powder Aluminum-Silicon Alloys
Iron and Microstructural Development During Sintering of
Al-Cu-Mg Alloys
Effects of Heat Treatment, Reinforcement Type and Volume Fraction
on Fracture During Temperature Tension Testing of Al-Si-Mg
Alloy
Reinforced with Ti-Al Intermetallics
Powder
Forging of an Aluminium Alloy
The New Technology of Production of Hot-Compacted Briquettes
and Extrusion of Technological Billets for Subsequent Deformation
Sintering of Aluminum Flakes for Lightweight Applications
Part
10 - Material
Properties: Fatigue, Toughness, Creep
Influence
of Notches on Fatigue Strength of High
Performance PM-Materials
Hidden Horrors Defeat Dynamic Performance Properties -
Impact, Fatigue and Force
Processing Effects On Rolling Contact Fatigue Properties of
Sintered and DensiFormedä
Ferrous Alloys
The
Influence of the Core Carbon Content on the Rolling
Contact Fatigue of Distaloy HP-1
Effect of Microstructural Inhomogeneities on the Mechanical
Properties of Hybrid P/M Steels
Rolling Contact Fatigue Tests of Selectively Densified Materials
Transition from Trans-Particle to Inter-Particle Fracture
Under Cyclic Loading
of Distaloy AE + 0.5%C
Influence
of Density on P/M Steel Fatigue Crack Initiation and Propagation
The Influence of Microstructure and Carbide Particles on the Creep Behaviors
of P/M Alloys
Effect
of Porosity on the Hardenability of P/M Steels
Processing
Strength Ductility and Toughness of Sintered Mn-(Mo)-C Steels
Dimensional Changes During Sintering of Astaloy CrM Höganäs
Powder with Carbon
and Manganese Additions
Functional
Material Design for High-Density P/M Connecting Rods
Admixing Fe-Cu-Ni Master Alloys to Steel Powders to
Improve Sinter Hardenability and
the Mechanical Properties of
Sinter Hardened Parts
Fatigue
Crack Initiation and Propagation in Ferrous
Powder Metallurgy Alloys
P/M
Fe/Cr-TiC Composites: Processing, Microstructure
and Abrasive Wear Behavior
Part
11-Process Variation, Testing and Evaluation/
Part 12- P/M Issues, Today and Tomorrow
Quantitative
Assessment of Pores to Reduce Variation in
Component Characteristics
Defect
Definition - Structural not Visual
Electric Conductivity Measurements in Green-State
Powder Metallurgy Compacts
Investigation of the Sintering Process Using Non-Contact
Electromagnetic Acoustic Transducers
Sediment Testing of P/M Components
Conventional Powder Metal is Still a Technology Leader
The Powder Metals Industry: - Evolution or Revolution
U.S. P/M Industry - Is Economic Competitiveness Affected
by Environmental Costs
Environmental Trends for the U.S. Powder Metallurgy Industry
Economic Assessment of HIPed Powder Processing and
Conventional Processes
Knowledge Management of P/M Parts Design with Group Technology
Powder
Metallurgy Opportunities in the NIST Advanced Technology
Program and the NIST Materials and Standards Laboratories |
