Powder Metallurgy Randall J. German
Randall M. German is fully qualified to write this text on the Science of Powder Metallurgy. He was educated at San Jose State University (B.S.).
POWDER METALLURGY
Progress in Materials Science. 46(6)
Randall M. German Associate Dean
Materials Science and Engineering from San Jose State University (1968). He Powder Metallurgy and Particulate Materials Processing (2005) Liquid Phase ...
Modeling and Simulation of Press and Sinter Powder Metallurgy
Seong Jin Park Pohang University of Science and Technology. Randall M. German
Yılmaz Taptık Professor
M and some of contemporary P/M engineering applications. Textbook. -Powder Metallurgy Science Randall M. German
Strength Evolution in Debinding and Sintering
Randall M. German. Brush Chair Professor in Materials. Center for Innovative Sintered Products. P/M Lab 147 Research West. Pennsylvania State University.
Rapid Heating Concepts in Sintering
Randall M. German. Journal of Korean Powder Metallurgy Institute (J. Kor. Powd. Met. Inst.) compact the electric field is 1.67 103 V/m
Advances in Powder Metallurgy Rhenium
" Near-Net Shape Powder. Metallurgy Rhenium Thruster" AIAA paper 2000-3132
Powder Methods
II – Powder Methods - Randall M. German. ©Encyclopedia of Life Support Systems Powder Metallurgy Science 2nd edition
Enhanced Green Strength Material System for Ferrous and Stainless
Capus and Randall M. German pp. 291-300
Powder Metallurgy Randall J. German
Randall M. German is fully qualified to write this text on the Science of Powder Metallurgy. He was educated at San Jose State University (B.S.).
POWDER METALLURGY
Progress in Materials Science. 46(6)
473/97 FEG-SPG
INTRODUÇÃO À METALURGIA DO PÓ (M/P). 1.1 Definições. 1.2 Breve História Powder Metallurgy Science. Randall M. German. Ed. Princeton second edition
Powder Metallurgy & Par_culate Materials
Source: Reprinted with permission from Randall M. German. Powder Metallurgy Science
Ravi K. Enneti Advances Understanding of Refractory Metals
“I was initially exposed to the field of powder metallurgy after reading Powder Metallurgy Science by. Randall M. German” he said. Enneti noted.
Randall M. German Associate Dean
Professor German's research and teaching deal with the net-shape fabrication of engineering materials via sintering techniques as used in powder metallurgy
Modeling and Simulation of Press and Sinter Powder Metallurgy
Randall M. German San Diego State University. EFFECTIVE COMPUTER SIMULATIONS of metal powder compaction and sintering are at the top of the powder
Course title: Introduction to Powder Metallurgy Institute/Division
modern sintering methods. Literature: 1. Randall M German - Powder Metallurgy Science 1994 Publisher Metal Powder. Industries Federation.
Book Reports
NOTEWORTHY. Book Reports. Powder Metallurgy Science (Second Edition) by Randall M. German. Powder metallurgy (P /M) has been practiced since ancient times.
Relationship between Cold Isostatic Pressing and Uniaxial
Zavaliangos “Constitutive Models for the Simulation of P/M Processes”
Powder Metallurgy Processing of Intermetallic Matrix Composites
Powder Metallurgy Processing of Intermetallic Matrix Composites Randall M German and Ronald G Iacocca P/M Lab 118 Research West Engineering Science and Mechanics Department The Pennsylvania State University University Park PA 16802-6809 ABSTRACT
Powder Metallurgy Technology: Amazonin: Upadhyaya G S: Books
1 Introduction Powder techniques are widely employed in the fabrication of cermets metals ceramics and even some polymer systems Widely recognized by the term P/M the group of techniques are variously interpreted to mean powder methods particulate materials or powder metallurgy
An Analysis of Appraoches to High-Performance Powder Metallurgy
High-Performance Powder Metallurgy Randall M German Neal Myers Timothy Mueller Guneet Sethi and R Kumar Enneti Center for Innovative Sintered Products P/M Lab 147 Research West Pennsylvania State University University Park PA 16802-6809 Abstract High performance comes with full density Full-density net-shape water-atomized
Powder metallurgy : science technology and materials
4 3 PowderMixing 100 4 3 1 Lubricantadditive 102 4 3 2 Binder additive 104 4 3 3 Equipments 106 4 4 Granulation 109 4 5 CoatingonMetal Powders 112 4 5 1 Electroplating 112 4 5 2 Electrolessdeposition 112 4 5 3 Coating by hydro-metallurgical process 113 4 6 PowderDegassing 114 POWDERCOMPACTION 118 5 1 Basic Aspects 118 5 1 1 Powderpacking 118 5
Is there a textbook on powder metallurgy technology?
- A need has been felt for quite some time for a textbook exclusively on powder metallurgy technology for students as well as practising engineers. There are books on scientific aspects of powder metallurgy, but details of technological aspects are not available.
What is the fundamental powder metallurgy process?
- In the fundamental powder metallurgy process, a powder of the matrix metal is mixed with hollow particles. The mixture is compacted and then sintered to obtain the final part.
What are the tolerances for powder metallurgical manufacturing processes?
- Tolerances for powder metallurgical manufacturing processes are moderate, typically .003-.005 inches. For these reasons, powder processing would be most competitive with other processes in the manufacture of large numbers of small parts, that do not require high mechanical strength or close tolerances.
Powder
Metallurgy
Science,
Technology
andMaterials AnishUpadhyaya
Associate
Professor
Departmentof
MaterialsScience
andEngineering
IndianInstitute
ofTechnologyKanpur, India GSUpadhyaya
Former
Professor
Departmentof
Materialsand
MetallurgicalEngineering
IndianInstitute
ofTechnologyKanpur, IndiaForeword
byProf.DrKen-ichi
Takagi,
TokyoCityUniversity,Tokyo
Contents
Foreword
vPrefacevii
Abouttheseriesix
1INTRODUCTION1
61.2TreatmentofPowder7
1.3Compaction
ofPowder7 1.4Sintering
81.5Full
DensityProcessing
8 1.6Secondary
Treatment10
1.7Applications
101.8HolisticViewofPMScienceand
Technology
122POWDERPRODUCTION15
2.1ChemicalMethods15
2.1.1Solid-statereduction17
2.1.2Hydro-metallurgical
reduction 202.1.3Ion
exchange method232.1.4Direct
synthesis 242.1.5Some
specificpowdersproducedby chemicalmethod25 2.2Electrolytic
Method39
2.2.1Some
specificpowdersproducedbyelectrolysis 412.3AtomisationMethod45
2.3.1Gasatomisation52
2.3.2Wateratomisation53
2.3.3Liquidgas
atomisation55 2.3.4Centrifugal
atomisation562.3.5Vacuum
atomisation582.3.6Ultrasonic
gas atomisation 582.3.7Chillmethods60
2.3.8Some
specific atomisedmetaland alloypowders 612.4
Evaporation
Methods63
2.5MechanicalMethods64
3POWDERCHARACTERISATION
793.1PowderSampling
793.2Chemical
Composition
andStructure80 xiiContents3.3ParticleSize
823.3.1
Sieving
method 833.3.2
Permeability
method 843.3.3
Lightscattering
method 853.3.4Sedimentationmethod
863.3.5
Turbidimetry
method86 3.3.6Crystallite
sizemeasurement 883.4ParticleSurface
Topography
883.5SurfaceArea
883.6True,Apparent
and TapDensity
883.7FlowRate
923.8
Compressibility
923.9GreenStrength
933.10
Pyrophoricity
andToxicity
934POWDERTREATMENT
984.1Particle
Separation
994.2
Annealing
andDiffusionAlloying
994.3Powder
Mixing
1004.3.1Lubricantadditive102
4.3.2Binderadditive
1044.3.3
Equipments
1064.4Granulation
1094.5
Coating
onMetalPowders 1124.5.1
Electroplating
1124.5.2Electroless
deposition 1124.5.3
Coatingbyhydro-metallurgicalprocess
1134.6Powder
Degassing
114,POWDERCOMPACTION 118
5.1Basic
Aspects
1185.1.1Powder
packing 1185.1.2Powderbedunderload120
5.1.3 Type ofmaterial 1235.2Die
Compaction
1245.2.1
Pressingoperation
1255.2.2
Compactionpresses
1275.2.3Pressselection128
5.2.4Factors
affectingtoolingdesign 1295.2.5
Tooling
materials132Contents
xiii5.2.6Partclassification
1335.2.7Guidelinesfor
partgeometry 1365.3Warm
Compaction
1385.4Wet
Compaction
1405.5ColdIsostatic
Compaction
1405.5.1Isostatic
press equipment and pressingoperation 1415.6PowderRoll
Compaction
1465.7PowderExtrusion
1485.8
Injection
Moulding
1505.8.1PIM
partdesign 1525.9GreenPartMaterial
Handling
1536PRESSURELESSPOWDERSHAPING
1586.1
SlipCasting/SlurryMoulding
1586.1.1Viscosity
ofa slurry 1606.1.2
Drying
1606.2
TapeCasting
1626.3
ElectrophoreticDeposition
1646.4
SprayDeposition/Forming
1646.5SolidFreeformFabrication
1667SINTERINGTHEORY
1717.1Solid-stateSintering:
Pressureless
1737.1.1
Analyticalapproach
tosintering:Stages in sintering 1747.1.2Non-isothermal
sintering 1817.1.3Microstructuralevolution
1837.1.4Numericalsimulationof
sintering 1867.1.5
Phenomenologicalapproach
to sintering 1887.1.6
Sinteringmaps
or diagrams 1897.1.7Sintering
of nanopowders 1897.1.8Solid-state
sintering of premixed/pre-alloyedpowders 1937.2
Liquid
PhaseSintering
1947.2.1
Stages
of liquidphasesintering 1957.2.2
Wettingaspects
of liquidphasesintering 1977.2.3Microstructuralevolution
duringliquidphasesintering 1987.2.4
Supersolidussintering
2027.3Activated
Sintering
2037.4Pressure-assisted
Sintering
2087.4.1Plastic
yielding mechanism 2107.4.2Creep
mechanisms 210xivContents
7.4.3Viscousflowmechanism213
7.5Electronic
Theory
ofSintering:
AUnified
Approach
2147.5.1
Liquidphasesintering
2157.5.2Activated
sintering 2177.5.3Case
study:Sintering of refractorycompounds 2178SINTERINGTECHNOLOGY
2288.1
Debinding
2298.2Loose
Sintering
2298.3
Sintering
Furnaces
2308.3.1
Batch-type
furnace 2308.3.2Continuousfurnace
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