American Foundrymen's Society. Transactions of the American Foundrymen's Society 1991: Vol 99 Index

25 Pages·1991·5 MB·English

Author Index
A Berry, J.T.; Suri, V.K.; El-Kaddah, N.
Control of Macrostructure in Aluminum Castings, Part II:
Agarwal, R.; Roshan, H.Md.; Sastri, V.M.K.
A Magnetic Suspension Melting Process for Quality Castings
Die Temperature Control in Pressure Diecasting
Berry, J.T.; Huang, H.; Suri, V.K.; Hill, J.L.
Alagarsamy, A.; Srinivasan, M.N.; Bray, D.E.; Junghans, P.
Heat Source/Sink Algorithm for Modeling Phase Changes
Critically Refracted Longitudinal (L,,.) Wave Technique:
During Solidification in Castings and Water Evaporation
A New Tool for Measurement of Residual Stresses in Castings .. .
in Green Sand Molds
Alderink, D.; Hinkamp, D.; Novak, J.; Polakowski, S.G.
Berry, J.T.; Hill, J.L.; Guleyupoglu, S.
Life-Threatening Heat Hazards: A Case Study
Knowledge-Based Design of Rigging Systems for
Alhainen, J.; Louvo, A.; Pellikka, J.; Eklund, P. Light Alloy Castings
Criterion Functions Based on Alloying and Cooling Rate for
Blair, M.
Simulating the Microstructure and Mechanical Properties of
Casting Specifications: False Security? ......................397
SUN RE EINE fota re rao Pais 90 Sia asa/ore va Salto a beaislas swan’ 237
Bohnert, T.J.; Frederick, P.S.
Allen, G.R.; Archibald, J.J.; Keenan, T.
The New PMMA Expandable Resin for Use
Hazardous Air Pollutants: A Challenge to the Metalcasting
in the Ferrous EPC Process
UN ais heel ge std che civlasc ic naieie o.si eiecda'ere Se wsinds vse 3 SOD
Bray, D.E.; Srinivasan, M.N.; Junghans, P.; Alagarsamy, A.
Archibald, J.J.; Shriver, H.R.; Barnett, K.W.
Critically Refracted Longitudinal (L,,.) Wave Technique:
Casting and Environmental Advances in the FRC Process ....... 215
A New Tool for Measurement of Residual Stresses in Castings . . .
Archibald, J.J.; Allen, G.R.; Keenan, T.
Bye, C.R.; Voigt, R.C.
Hazardous Air Pollutants: A Challenge to the Metalcasting
Microstructural Aspects of Fracture in A356 ..................
NIRS Ia otal oth c a saat avai oik lS Siac. Rin Sim 8 Wield eed ecg «ROOD
Archibald, J.J.; Hysell, G.R.; Elliott, W.O.
New Technology with Ester-Cured Coldbox Binders ............ 17
Askeland, D.A.; Fu, J.; Tsai, H.L.
Cc
Effect of Vent-Holes in Patterns on Filling Process and
Casting Quality Using the Evaporative Pattern Process .........305 Cadarso, L.; Chu, C.N.; Kashyap, R.L.
Askeland, D.R.; Tseng, C.-H. Finite Element Simulation of T-Shaped Castings ..............
A Study of Selected Process Parameters for the Evaporative Calboreanu, G.
WUPEITE CASSIE ETOCESS ooo oasis cia cig cccnsennniee sasioeneses - Computerized Measurement of Screen Aperture
and Screen Wire Diameter
Cannars2. M.J.; DiCicco, J.D.
Poly(Alkylene Carbonate): A New Polymer
Baillod, C.R.; Coduti, L.; Murto, S.L.; Rundman, K.B.; for Expendable Pattern Casting
Talford, D.A. Carey, P.R.; Schneider, J.T.; Krysiak, M.B.
Foundry Wastes in Michigan: Inventory and Minimization Testing Techniques that Reflect Effects of Humidity
Potential Exposure on Coldbox Foundry Binder Systems ...............385
Banerjee, D.K.; Stefanescu, D.M. Chakrabarti, A.K.; Jawahar, J.
Structural Transitions and Solidification Kinetics of SG Development of a Cast Wear-Resistant Steel
Cast Iron During Directional Solidification Experiments 747 Chakraborty, M.; Mandal, P.; Saha, A.
Bardes, B.P.; Flemings, M.C.; Kattamis, T.Z. Size of Primary Silicon Particles and Mechanical
Dendrite Arm Spacing in Aluminum Alloys ..................501 Properties of As-Cast High-Silicon Al Alloys .................
Barnett, K.W.; Shriver, H.R.; Archibald, J.J. Chang, C.C.; Shih, T.S.
Casting and Environmental Advances in the FRC Process .......215 Effects of Preheat and Holding Time
Basoms, J.; Rossbacher, W. on the Properties of Green Sand .........000. c.ec.e .ee.e e es :
Low-Odor Shell Resin-Coated Sands ..............-00020005 451 Chang, C.S.; Shih, T.S.; Hwang, L.Z.; Loper, Jr., C.R.
Bates, C.E.; Griffin, J.A.; Patton, K.D. Mechanical Properties and Microstructures
Dimensional Analysis of Expendable Pattern, Green Sand of Austempered Alloyed Ductile Irons
PM RII PDN oo ainsi ce clees cc nenceressecseOso Chang, S.; Shangguan, D.; Stefanescu, D.M.
Bauer, W.; Nechtelberger, E. Prediction of Microstructural Evolution in SG
New Investigations on the Relationship between Wall Cast Iron from Solidification to Room Temperature ............
Thickness and Strength of Unalloyed Cast Iron with Chen, F.S.; Peng, Q.F.; Qi, B.S.; Wang, Y.S.
NINN a oo cago) ero elo is a cial wesc Kacawreeieieeecieee s Measurement of Al-Zn Phase Diagram
Berry, J.T.; Suri, V.K.; El-Kaddah, N. by Acoustic Emission During Solidification
Control of Macrostructure in Aluminum Castings, Part I: Chen, Y.-H.; Im, Y.-T.; Lee, J.K.; Lee, Z.-H.
Determination of Columnar/Equiaxed Transition for A Comparative Study of Finite Element Solutions of
Al-4.5%Cu Alloy Solidification by Temperature Recovery Method ..............
AFS Transactions
Chi, L.; Quingchun, L.; Kuiying, C.; Songyan, Z. El-Kaddah, N.; Suri, V.K.; Berry, J.T.
Rheological Behavior in Solid-Liquid Coexistence Zone Control of Macrostructure in Aluminum Castings, Part II:
and Simulation of Stress-Strain and Hot Cracking A Magnetic Suspension Melting Process for Quality Castings ... . 193
of Al-Cu Alloy During Solidification Elliott, W.O.; Hysell, G.R.; Archibald, J.J.
Chiou, H.S.; Pan, E.N.; Liao, G.J. New Technology with Ester-Cured Coldbox Binders ............ 17
Effects of Modification and Solidification Conditions Engelhardt, W.; Wesp, S.
on the Feeding Behavior of A356 Al Alloy Thermal Reconditioning of Core Sand in an Aluminum
Chongxi, T.; Hua-Qin, S.; Xu-Ru, Y.; Qigui, W. Foundry: A Contribution to Environmental Protection
Study on Raising the Impact Toughness of Entao, Z.; Fuli, Z.; Zhaohao, D.
Wear-Resistant High-Chromium Cast Iron ..............20055 Hydraulic Simulation Study on Three-Step Gating Systems .......57
Chou, J.-S.; Meyers, C.W. Etzel, J.E.; Farrell-Poe, K.
A Statistical Model for Predicting the Fracture of Phosphate Complexing of Heavy Metals .................005. 133
Silicon Particles in HIPped A356 Aluminum Castings .......... 165
Chou, J.-S.; Meyers, C.W.
Experimental Investigations of Deformation F
in HIPped A356 Aluminum Castings
Chu, C.N.; Cadarso, L.; Kashyap, R.L. Fang, L.-Y.; Loper, Jr., C.R.
Finite Element Simulation of T-Shaped Castings ..............369 Feasibility of the Production of a Low-Carbon Equivalent
Church, J.C.; Kennedy, D.O. Spheroidal Graphite Cast Iron: A Review of the Literature ......313
Gating Castable Metal Matrix Composites Farrell-Poe, K.; Etzel, J.E.
Claesson, J.; Krieger, B.; Yonnone, M. Phosphate Complexing of Heavy Metals ...................0. 133
Evaluation of Ceramic Response to Microwave Energy Faubert, G.P.; Moore, D.J.; Rundman, K.B.
Coduti, L.; Baillod, C.R.; Murto, $.L.; Rundman, K.B.; Heavy-Section ADI: Fatigue Properties in the
Talford, D.A. As-Cast and Austempered Condition ...................... 563
Foundry Wastes in Michigan: Inventory Faubert, G.P.; Moore, D.J.; Rundman, K.B.
and Minimization Potential Heavy-Section ADI: Tensile Properties in the
Creese, R.C.; Xia, Y. As-Cast and Austempered Condition 551
Tapered Riser Design Optimization Flemings, M.C.; Kattamis, T.Z.; Bardes, B.P.
Cullen, G.M.; Powdrell, A.W.; Williams, D.C.; Snell, L. Dendrite Arm Spacing in Aluminum Alloys ..................501
Thermal Characteristics of Refractories Franklyn, T.; Goodrich, G.M.
in Channel Induction Furnaces Factors Influencing Impact Strength of
LCB and LCC Steel Castings 277
Fras, E.; Lopez, H.F.
D
The Chilling Equivaofl Ceasnt tIr on .........................51
Daniels, E.; Twarog, D.; Tuttle, B.L. Frederick, P.S.; Bohnert, T.J.
The Effect of Trace Amounts of Antimony on the Structure and The New PMMA Expandable Resin for Use
Properties of Aluminum Alloys A356.2 in the Ferrous EPC Process
Davis, K.G.; Magny, J.-G. Fu, J.; Tsai, H.L.; Askeland, D.A.
Tensile Strength in Permanent Mold and Sand Cast Gray Iron .... Effect of Vent-Holes in Patterns on Filling Process
Dawson, R.J.; Sahoo, M.; Taylor, A. and Casting Quality Using the Evaporative Pattern Process ......305
Foundry Characteristics and Mechanical Properties Fuli, Z.; Entao, Z.; Zhaohao, D.
MARR RONEN 5252555oi s) Sk Aa we ed gale winaees wioled seer Hydraulic Simulation Study on Three-Step Gating Systems .......57
Delannoy, P.; Stefanescu, D.M.; Piwonka, T.S., Kacar, S.
An Investigation on the Role of Sand-Metal Contact Angle
in the Formation of Casting Penetration Defects ............... 761
G
DiCicco, J.D.; Cannarsa, M.J.
Poly(Alkylene Carbonate): A New Polymer Ganter, M.A.; Skoglund, P.A.
for Expendable Pattern Casting Computer-Assisted Pattern Core Development
Dutta, S.P.; Ghosh, A.K. Ghosh, A.K.; Dutta, S.P.
Human-Factoring the Foundry Environment Human-Factoring the Foundry Environment
ROR MACAU AOUMESIY MIMBO ic on sip wine ere wis di dee ato -eo e ses 3 OD fOr Better QualiOtmyi a5.a 5c s weave 6 a aseree ss0 8 sala acta DO
Dziekonski, P.; Hoyt, D.F. Goel, S.K.; Singh, J.; Mathur, V.N.S.; Kapoor, M.L.
Sand Properties and Their Relationship to Compaction for the Wear Behavior of Squeeze-Cast Al-Al,O,-MgO
Expendable Pattern Casting Process ...............00eeeee 221 Particulate MCCs Under Dry Sliding Conditions
Goodrich, G.M.; Franklyn, T.
Factors Influencing Impact Strength of
E LCB and LCC Steel Castings
Eklund, P.; Louvo, A.; Pellikka, E.; Alhainen, J. Graf, R.
Criterion Functions Based on Alloying and Cooling Rate Cokeless Cupola to Channel Furnace Duplexing:
for Simulating the Microstructure and A Melt Plant for the Future
Mechanical Properties of SG Iron Castings ................... 237 Granger, D.A.
El-Kaddah, N.; Suri, V.K.; Berry, J.T. Investigation of a Star-Like Intermetallic Phase
Control of Macrostructure in Aluminum Castings, Part I: OccurWrr AiNOnY gS3 9 acoso oiei ac 5:0 :s iee rs.n aieiacoierel Wise ieie eaten y ca OED
Determination of Columnar/Equiaxed Transition Green, R.A.; Heine, R.W.
for Al-4.5%Cu Alloy Modern Green Sand Control for the 1990s
AFS Transactions
Griffin, J.A.; Patton, K.D.; Bates, C.E. Huang, H.; Suri, V.K.; Hill, J.L.; Berry, J.T.
Dimensional Analysis of Expendable Pattern, Heat Source/Sink Algorithm for Modeling Phase Changes
Green Sand and NobakeC astings ...................002+4.-203 During Solidification in Castings and Water Evaporation
Grong, @.; Skaland, T. ity GyCCEe IE I 6 ac 6 ec ed mgudawssecacnacciaaesacad 685
Nodule Distribution in Ductile Cast Iron ..................055 153 Hua-Qin, S.; Qigui, W.; Hongqing, X.; Xinli, G.
Gruzleski, J.E.; LaOrchan, W.; Mulazimoglu, H.M. Latest Developments in Production and
Quantification of the Reduced Pressure Test ................-. 653 Research Works of Gray Cast Iron in China ..................363
Gruzleski, J.E.; Tenekedjiev, N. Hua-Qin, S.; Chongxi, T.; Xu-Ru, Y.; Qigui, W.
Thermal Analysis of Strontium Treated Hypoeutectic Study on Raising the Impact Toughness of
and Eutectic Aluminum-Silicon Casting Alloys Wear-Resistant High-Chromium Cast Iron ................00.
Guichelaar, P.J.; Reddy, S.T. Hwang, L.Z.; Shih, T.S.; Chang, C.S.; Loper, Jr., C.R.
A Study of Weight Loss Rates of Mechanical Properties and Microstructures of
EPC Patterns During Storage Austempered Alloyed Ductile Irons
Guichelaar, P.J.; Nenawati, S.; Reddy, S.T. Hwang, W.-S.; Jong, S.-H.
The Indentation of Foam Pattern Surfaces Measurement of Flow Pattern for the Mold Filling of Castings ....
by Coordinate Measuring Machine Probes ................... 287 Hwang, W.-S.; Jong, S.-H.
Guleyupoglu, S.; Berry, J.T.; Hill, J.L. Three-Dimensional Mold Filling Simulation for Casting
Knowledge-Based Design of Rigging Systems and Its Experimental Verification 117
for Light Alloy Castings Hysell, G.R.; Archibald, J.J.; Elliott, W.O.
New Technology with Ester-Cured Coldbox Binders ............ 17
Ilegbusi, O.J.; Jonsson, P.; Saluja, N.; Szekely, J.
H
Fluid-Flow Phenomena in the Filling of
Hancheng, Q.; Xiaodong, P. Cylindrical Molds Using Newtonian (Turbulent)
Research and Application of Spheroidal Graphite and Non-Newtonian (Power Law) Fluids
WRN le 6 oh ne oS eee hs cose tse oe vie eeee ae wks 439 Im, Y.-T.; Chen, Y.-H.; Lee, J.K.; Lee, Z.-H.
Hancheng, Q.; Xiaodong, P. A Comparative Study of Finite Element Solutions of
Study of the Formation of Spheroidal Graphite Solidification by Temperature Recovery Method
in Ancient Cast Iron in China
Hansen, P.N.; Hartmann, G.C.; Sturm, J.C.
J
Elimination of Shrinkage Defects Through Use
of Computer Simulation Javaid, A.; Loper, Jr., C.R.
Hartmann, G.C.; Hansen, P.N.; Sturm, J.C. Evaluation of Microstructural Factors Affecting
Elimination of Shrinkage Defects Through Use Heavy-Section Ferritic DI Castings .............. 2...
of Computer Simulation Jawahar, J.; Chakrabarti, A.K.
Hay, S.P. Development of a Cast Wear-Resistant Steel
Cupola Carbon Tuyere Injection ....................0022---571 Jesko, V.; Zajac, J.
Heine, R.W. A New Method for Shrinkage Prediction in Casting Walls .......
Influence of Flotation on Some Jones, M.L.; Reed, D.S.
Foundry Properties of Ductile Iron .................0000005 159 Investment Casting of Induction Skull-Melted
Heine, R.W.; Green, R.A. Titanium and Reactive Alloys ......0..0 e.c c.c e.e e.e ee.e e ee
Modern Green Sand Control for the 1990s Jong, S.-H.; Hwang, W.-S.
Hill, J.L.; Huang, H.; Suri, V.K.; Berry, J.T. Measurement of Flow Pattern for the Mold Filling of Castings ....
Heat Source/Sink Algorithm for Modeling Phase Changes Jong, S.-H.; Hwang, W.-S.
During Solidification in Castings and Water Evaporation Three-Dimensional Mold Filling Simulation for Casting
in Green Sand Molds and Its Experimental Verification
Hill, J.L.; Berry, J.T.; Guleyupoglu, S. Jonsson, P.; Saluja, N.; Hlegbusi, O.J.; Szekely, J.
Knowledge-Based Design of Rigging Systems Fluid-Flow Phenomena in the Filling of
for Light Alloy Castings Cylindrical Molds Using Newtonian (Turbulent)
Hinkamp, D.; Novak, J.; Alderink, D.; Polakowski, S.G. and Non-Newtonian (Power Law) Fluids ..............2..055
Life-Threatening Heat Hazards: A Case Study Junghans, P.; Srinivasan, M.N.; Bray, D.E.; Alagarsamy, A.
Hongging, X.; Hua-Qin, S.; Qigui, W.; Xinli, G. Critically Refracted Longitudinal (L,,) Wave
Latest Developments in Production and Technique: A New Tool for Measurement of
Research Works of Gray Cast Iron in China ..................363 Residual Stresses in Castings
Hou, T.S.; Lukens, M.C.; Purvis, A.L.; Pehlke, R.D.
Mold/Metal Gap Formation of Al-14%Si Alloy
K
Horizontal Cylinders Cast in Chromite Molding Sand
Hou, T.S.; Pehlke, R.D.; Wilkes, J.O. Kacar, S.; Stefanescu, D.M.; Delannoy, P.; Piwonka, T.S.
Solidification Modeling: Reduction of An Investigation on the Role of Sand-Metal Contact Angle
CompTimue itn thie Monld gReg ion .......................325 in the Formation of Casting Penetration Defects ...............
Hoyt, D.F.; Dziekonski, P. Kannatey-Asibu, Jr., E.; Purvis, A.L.; Pehlke, R.D.
Sand Properties and Their Relationship to Compaction Acoustic Emission Signal Characteristics from Casting
for the Expendable Pattern Casting Process .................. 221 Defects Formed During Solidification of Al Alloy 319 .........
AFS Transactions
Kapoor, M.L.; Singh, J.; Goel, S.K.; Mathur, V.N.S. Liao, G.J.; Pan, E.N.; Chiou, H.S.
Wear Behavior of Squeeze-Cast Al-Al,O,-MgO Effects of Modification and Solidification Conditions
Particulate MCCs Under Dry Sliding Conditions 815 on the Feeding Behavior of A356 Al Alloy
Kashyap, R.L.; Cadarso, L.; Chu, C.N. Loper, Jr., C.R.; Javaid, A.
Finite Element Simulation of T-Shaped Castings ..............369 Evaluation of Microstructural Factors Affecting
Kattamis, T.Z.; Flemings, M.C.; Bardes, B.P. Heavy-Section Ferritic DI Castings .........................543
Dendrite Arm Spacing in Aluminum Alloys ..................501 Loper, Jr., C.R.; Fang, L.-Y.
Katz, S.; Sahajwalla, V.; Pehlke, R.D.; Landefeld, C.F. Feasibility of the Production of a Low-Carbon Equivalent
Modeling Key Cupola Reactions: Behavior of Spheroidal Graphite Cast Iron: A Review of the Literature ......313
Carbon, Silicon and Manganese Loper, Jr., C.R.; Shih, T.S.; Chang, C.S.; Hwang, L.Z.
Keenan, T.; Allen, G.R.; Archibald, J.J. Mechanical Properties and Microstructures of
Hazardous Air Pollutants: A Challenge Austempered Alloyed Ductile Irons
tote Mictalcastime INGUSITY ow... 5 ek cee ee ence Od Lopez, H.F; Fras, E.
Kennedy, D.O.; Sverdlin, A.; Mason, J.H. The Chilling Equivaofl Ceasnt tIr on .........................51
Evaluation of Tooling to Degate and Finish MMC Castings ..... Louvo, A.; Pellikka, E.; Alhainen, J.; Eklund, P.
Kennedy, D.O.; Church, J.C. Criterion Functions Based on Alloying and
Gating Castable Metal Matrix Composites ................45: Cooling Rate for Simulating the Microstructure
and Mechanical Properties of SG Iron Castings ............... 237
Khodadadi, J.M.; Liang, Y.; Shen, F.
Using an Aqueous System to Model Flow Lukens, M.C.; Hou, T.S.; Purvis, A.L.; Pehlke, R.D.
ROIeINN E AOA RTRSRINIANES ACAIMUIADY 53: 4.6. 0-0) 780 wrelb e oset eieres eina ereceste 421 Mold/Metal Gap Formation of Al-14%Si Alloy
Horizontal Cylinders Cast in Chromite Molding Sand
Kovacs, B.
Heat Treating of Austempered Ductile Iron .................. 281
Krieger, B.; Claesson, J.; Yonnone, M.
Evaluation of Ceramic Response to Microwave Energy 701
Krishnan, M.; Sharma, D.G.R.
Simulation of Heat Transfer at Casting Metal-Mold Interface ....429
Krysiak, M.B.; Carey, P.R.; Schneider, J.T.
Testing Techniques that Reflect Effects of Humidity Magny, J.-G.; Davis, K.G.
Exposure on Coldbox Foundry Binder Systems ...............385 Tensile Strength in Permanent Mold and Sand Cast Gray Iron ....
Kuiying, C.; Quingchun, L.; Chi, L.; Songyan, Z. Mandal, P.; Saha, A.; Chakraborty, M.
Rheological Behavior in Solid-Liquid Coexistence Size of Primary Silicon Particles and Mechanical
Zone and Simulation of Stress-Strain and Properties of As-Cast High-Silicon Al Alloys .................
Hot Cracking of Al-Cu Alloy During Solidification ............ 245 Mason, J.H.; Kennedy, D.O.; Sverdlin, A.
Evaluation of Tooling to Degate and Finish MMC Castings
Mathur, V.N.S.; Singh, J.; Goel, S.K.; Kapoor, M.L.
L Wear Behavior of Squeeze-Cast Al-Al,O,-MgO
Laird II, G. Particulate MCCs Under Dry Sliding Conditions
Microstructures of Ni-Hard I, Ni-Hard IV Merritt, T.W.
SEHD AMEE AOL WUA IIEC REASUATORIS 655. .5:20i06 50,5 aisin) oie algreveii ob io:e lsreal'e Ergonomics and Cumulative Trauma Disorder Control:
Landefeld, C.F.; Sahajwalla, V.; Pehlke, R.D.; Katz, S. ArStiatesy Tor Management. ao). <.5.0 <sseiis oie aeons renee trac ielo 63
Modeling Key Cupola Reactions: Behavior of Meyers, C.W.; Chou, J.-S.
Carbon, Silicon and Manganese A Statistical Model for Predicting the Fracture of
LaOrchan, W.; Mulazimoglu, H.M.; Gruzleski, J.E. Silicon Particles in HIPped A356 Aluminum Castings ..........
Quantification of the Reduced Pressure Test .................. 6 Meyers, C.W.; Chou, J.-S.
Laslaz, G.; Laty, P. Experimental Investigations of Deformation
Gas Porosity and Metal Cleanliness in HIPped A356 Aluminum Castings
TUT TT OG 2 i a 83 Mickelson, R.; Rotella, J.
Laty, P.; Laslaz, G. Using Cored Wire in the Production of Ductile Iron ............
Gas Porosity and Metal Cleanliness Mobley, C.E.; Weddington, V.L.
SUPREME RCBTINE FANIOYS. 5.65.6 cast cos edits ae donee as wale 83 Influence of Sand Surface Chemistry on Bonding
Lee, J.K.; Im, Y.-T.; Chen, Y.-H.; Lee, Z.-H. Mocarski, S.J.; Scarich, G.V.; Wu, K.C.
A Comparative Study of Finite Element Solutions Effect of Hot Isostatic Pressure on Cast
of Solidification by Temperature Recovery Method ............ 299 Aluminum Airframe Components
Lee, Z.-H.; Im, Y.-T.; Chen, Y.-H.; Lee, J.K. Moore, D.J.; Faubert, G.P.; Rundman, K.B.
A Comparative Study of Finite Element Solutions Heavy-Section ADI: Fatigue Properties in the
of Solidification by Temperature Recovery Method ............ As-Cast and Austempered Condition .......................563
Li, Q.; Xu, D.; Pehlke, R.D. Moore, D.J.; Faubert, G.P.; Rundman, K.B.
Computer Simulation of Al-Cu Alloy Solidification Heavy-Section ADI: Tensile Properties in the
Demip A COmmMNIN MIOUE! ..o .oo ss 2c cc cise ee siewe cece nes g As-Cast and Austempered Condition
Liang, H.; Smith, G.R. Mulazimoglu, H.M.; LaOrchan, W.; Gruzleski, J.E.
Using Fluidity to Determine the Residual Phosphorus Quantification of the Reduced Pressure Test ..................
Level of Red Brasses Murto, S.L.; Baillod, C.R.; Coduti, L.; Rundman, K.B.;
Liang, Y.; Khodadadi, J.M.; Shen, F. Talford, D.A.
Using an Aqueous System to Model Flow Foundry Wastes in Michigan: Inventory
During Continuous Casting and Minimization Potential
AFS Transactions
Purvis, A.L.; Lukens, M.C.; Hou, T.S.; Pehlke, R.D.
Mold/Metal Gap Formation of Al-14%Si Alloy
Nafziger, R.H.
Horizontal Cylinders Cast in Chromite Molding Sand
Alternate Fuels for Cupola Operations
Nechtelberger, E.; Bauer, W.
New Investigations on the Relationship between Q
Wall Thickness and Strength of Unalloyed
Cast Iron with Flake Graphite ...........0..0.0 .e.ee. e.e e Qi, B.S.; Peng, Q.F.; Chen, F.S.; Wang, Y.S.
Measurement of Al-Zn Phase Diagram by
Nenawati, S.; Reddy, S.T.; Guichelaar, P.J.
Acoustic Emission During Solidification
The Indentation of Foam Pattern Surfaces by
Coordinate Measuring Machine Probes ...................2.- Qigui, W.; Hua-Qin, S.; Hongqing, X.; Xinli, G.
Latest Developments in Production and
Novak, J.; Hinkamp, D.; Alderink, D.; Polakowski, S.G.
Research Works of Gray Cast Iron in China ..................363
Life-Threatening Heat Hazards: A Case Study
Qigui, W.; Hua-Qin, S.; Chongxi, T.; Xu-Ru, Y.
Study on Raising the Impact Toughness of
Wear-Resistant High-Chromium Cast Iron ...................
O
Quingchun, L.; Kuiying, C.; Chi, L.; Songyan, Z.
Oswald, E. Rheological Behavior in Solid-Liquid Coexistence
Formal Quality Systems for World Class Tooling Zone and Simulation of Stress-Strain and
Oswald, S.G. Hot Cracking of Al-Cu Alloy During Solidification ............ 245
Converting to Preformed Ceramic Pour Cups
R
P
Reddy, S.T.; Guichelaar, P.J.
A Study of Weight Loss Rates of
Pan, E.N.; Chiou, H.S.; Liao, G.J.
EPC Patterns During Storage
Effects of Modification and Solidification Conditions
on the Feeding Behavior of A356 Al Alloy Reddy, S.T.; Nenawati, S.; Guichelaar, P.J.
The Indentation of Foam Pattern Surfaces
Patton, K.D.; Griffin, J.A.; Bates, C.E.
by Coordinate Measuring Machine Probes ...................
Dimensional Analysis of Expendable Pattern,
Green Sand and Nobake Castings .................e0e0e eee e 203 Reed, D.S.; Jones, M.L.
Investment Casting of Induction Skull-Melted
Pehlke, R.D.; Purvis, A.L.; Kannatey-Asibu, Jr., E.
Titanium and Reactive Alloys
Acoustic Emission Signal Characteristics from Casting
Defects Formed During Solidification of Al Alloy 319 Robins, J.; Toriello, L.1.; Schafer, R.J.
The Effects of Sand and Foundry Variables
Pehlke, R.D.; Xu, D.; Li, Q.
on the Performance of Nobake Binders ..................--.. 623
Computer Simulation of Al-Cu Alloy Solidification
Using a Continuum Model .........0.0 c.ee. ce.ce. e.ee. e ee z Romero, J.M.; Smith, R.W.; Sahoo, M.
Feeding Distances in Aluminum Bronze 465
Pehlke, R.D.; Sahajwalla, V.; Landefeld, C.F.; Katz, S.
Modeling Key Cupola Reactions: Behavior of Rong De, L.; Xiang, Y.J.
Carbon, Silicon and Manganese Heterogeneous Nuclei in Flake Graphite
Pehike, R.D.; Lukens, M.C.; Hou, T.S.; Purvis, A.L. Roshan, H.Md.; Sastri, V.M.K.; Agarwal, R.
Mold/Metal Gap Formation of Al-14%Si Alloy Die Temperature Control in Pressure Diecasting
Horizontal Cylinders Cast in Chromite Molding Sand Rossbacher, W.; Basoms, J.
Pehlke, R.D.; Hou, T.S.; Wilkes, J.O. Low-Odor Shell Resin-Coated Sands
Solidification Modeling: Reduction of Rotella, J.; Mickelson, R.
Computing Time in the Mold Region ................000005 Using Cored Wire in the Production of Ductile Iron ............
Pellikka E.; Luovo, A.; Alhainen, J.; Eklund, P. Rowe, C.A.
Criterion Functions Based on Alloying and Blind Risers: Why They Don’t Always Work .................
Cooling Rate for Simulating the Microstructure Rundman, K.B.; Baillod, C.R.; Coduti, L.; Murto, S.L.;
and Mechanical Properties of SG Iron Castings ............... 237 Talford, D.A.
Peng, Q.F.; Chen, F.S.; Qi, B.S.; Wang, Y.S. Foundry Wastes in Michigan: Inventory
Measurement of Al-Zn Phase Diagram by and Minimization Potential
Acoustic Emission During Solidification Rundman, K.B.; Faubert, G.P.; Moore, D.J.
Piwonka, T.S., Stefanescu, D.M.; Delannoy, P.; Kacar, S. Heavy-Section ADI: Fatigue Properties in the
An Investigation on the Role of Sand-Metal Contact As-Cast and Austempered Condition ........................563
Angle in the Formation of Casting Penetration Defects Rundman, K.B.; Faubert, G.P.; Moore, D.J.
Polakowski, S.G.; Hinkamp, D.; Novak, J.; Alderink, D. Heavy-Section ADI: Tensile Properties in the
Life-Threatening Heat Hazards: A Case Study As-Cast and Austempered Condition ................-2200055
Powdrell, A.W.; Cullen, G.M.; Williams, D.C.; Snell, L.
Thermal Characteristics of Refractories
S
in Channel Induction Furnaces
Prasanna Kumar, T.S. Saha, A.; Mandal, P.; Chakraborty, M.
Implementation of an Efficient FEA Program Size of Primary Silicon Particles and Mechanical
for Solidification Simulation on a PC Properties of As-Cast High-Silicon Al Alloys .................
Purvis, A.L.; Kannatey-Asibu, Jr., E.; Pehlke, R.D. Sahajwalla, V.; Pehike, R.D.; I andefeld, C.F.; Katz, S.
Acoustic Emission Signal Characteristics from Casting Modeling Key Cupola Reactions: Behavior of
Defects Formed During Solidification of Al Alloy 319 Carbon, Silicon and Manganese
AFS Transactions
Sahoo, M.; Romero, J.M.; Smith, R.W. Songyan, Z.; Quingchun, L.; Kuiying, C.; Chi, L.
Feeding Distances in Aluminum Bronze Rheological Behavior in Solid-Liquid Coexistence
Sahoo, M.; Taylor, A.; Dawson, R.J. Zone and Simulation of Stress-Strain and
Foundry Characteristics and Mechanical Properties Hot Cracking of Al-Cu Alloy During Solidification
SPR TRIRIIDNE POMONA 60.55 o.e5.0'0s)5:5 Wis wie nsiere s viele ewe halnecetiene Srinivasan, M.N.; Bray, D.E.; Junghans, P.; Alagarsamy, A.
Saigal, A. Critically Refracted Longitudinal (L,,) Wave
Tensile Properties of Silicon Carbide Reinforced Technique: A New Tool for Measurement of
Aluminum Cast Composites: Finite Element Analysis .......... Residual Stresses in Castings
Saluja, N.; Jonsson, P.; Ilegbusi, O.J.; Szekely, J. Stanforth, R.R.; Turpin, P.D.
Fluid-Flow Phenomena in the Filling of Comparison of EP Toxicity and
Cylindrical Molds Using Newtonian (Turbulent) TCLP Testing of Foundry Waste
and Non-Newtonian (Power Law) Fluids Stefanescu, D.M.; Delannoy, P.; Piwonka, T.S., Kacar, S.
Sastri, V.M.K.; Roshan, H.Md.; Agarwal, R. An Investigation on the Role of Sand-Metal Contact
Die Temperature Control in Pressure Diecasting Angle in the Formation of Casting Penetration Defecis
Scarich, G.V.; Mocarski, S.J.; Wu, K.C. Stefanescu, D.M.; Chang, S.; Shangguan, D.
Effect of Hot Isostatic Pressure on Prediction of Microstructural Evolution in SG
Cast Aluminum Airframe Components ................20-0005 sik Cast Iron from Solidification to Room Temperature ............531
Schafer, R.J.; Robins, J.; Toriello, L.I. Stefanescu, D.M.; Banerjee, D.K.
The Effects of Sand and Foundry Variables Structural Transitions and Solidification Kinetics of SG
on the Performance of Nobake Binders ..................005: Cast Iron During Directional Solidification Experiments
Schmidt, D.G. Sturm, J.C.; Hansen, P.N.; Hartmann, G.C.
The Challenge for Copper Alloy Castings in the 21st Century .... Elimination of Shrinkage Defects Through
Use of Computer Simulation
Schneider, J.T.; Carey, P.R.; Krysiak, M.B.
Testing Techniques that Reflect Effects of Humidity Su, C.H.; Tsai, H.L.
Exposure on Coldbox Foundry Binder Systems ...............385 A Direct Method to Include Latent Heat Effect
for Modeling Casting Solidification
Shangguan, D.; Chang, S.; Stefanescu, D.M.
Prediction of Microstructural Evolution in SG Suri, V.K.; El-Kaddah, N.; Berry, J.T.
Cast Iron from Solidification to Room Temperature ............ Control of Macrostructure in Aluminum Castings, Part I:
Determination of Columnar/Equiaxed Transition
Sharma, D.G.R.; Krishnan, M.
for Al-4.5%Cu Alloy
Simulation of Heat Transfer at Casting Metal-Mold Interface ....42
Suri, V.K.; El-Kaddah, N.; Berry, J.T.
Shen, F.; Khodadadi, J.M.; Liang, Y.
Control of Macrostructure in Aluminum Castings, Part II:
Using an Aqueous System to Model Flow
A Magnetic Suspension Melting Process for Quality Castings ....193
SDPEAE ACMMNNUS MORGANS a oinls 2 os 6s sis wre coca sees eine soles
Suri, V.K.; Huang, H.; Hill, J.L.; Berry, J.T.
Shih, T.S.; Chang, C.C.
Heat Source/Sink Algorithm for Modeling Phase
Effects of Preheat and Holding Time
Changes During Solidification in Castings and
OMMNE Properties GIGICeN SANG o.oo. os ices ecw eeeee f
Water Evaporation in Green Sand Molds
Shih, T.S.; Chang, C.S.; Hwang, L.Z.; Loper, Jr., C.R.
Sverdlin, A.; Kennedy, D.O.; Mason, J.H.
Mechanical Properties and Microstructures
Evaluation of Tooling to Degate and Finish MMC Castings ..... 577
of Austempered Alloyed Ductile Irons 793
Svoboda, J.M.
Shriver, H.R.; Barnett, K.W.; Archibald, J.J.
Plasma and Flame Reactor Treatment
Casting and Environmental Advances in the FRC Process ....... 215
of Electric Arc Furnace Dust
Sims, Jr., H.M.
Szekely, J.; Jonsson, P.; Saluja, N.; Ilegbusi, O.J.
Help the Eagles Fly! 489
Fluid-Flow Phenomena in the Filling of
Singh, J.; Goel, S.K.; Mathur, V.N.S.; Kapoor, M.L.
Cylindrical Molds Using Newtonian (Turbulent)
Wear Behavior of Squeeze-Cast Al-Al,O,-MgO
and Non-Newtonian (Power Law) Fluids
Particulate MCCs Under Dry Sliding Conditions
Skaland, T.; Grong, @. T
Nodule Distribution in Ductile Cast Iron .....................
Skoglund, P.A.; Ganter, M.A. Talford, D.A.; Baillod, C.R.; Coduti, L.; Murto, S.L.;
Computer-Assisted Pattern Core Development Rundman, K.B.
Smith, G.R.; Liang, H. Foundry Wastes in Michigan: Inventory
Using Fluidity to Determine the and Minimization Potential
Residual Phosphorus Level of Red Brasses ................... Taylor, A.; Sahoo, M.; Dawson, R.J.
Smith, R.W.; Romero, J.M.; Sahoo, M. Foundry Characteristics and Mechanical Properties
Feeding Distances in Aluminum Bronze OE WCIIAG NODRIO IS 2 555. '502.2 t.0.s10,5 cra endianw erwe sdds,d eer elaaels Se ae
Snell, L.; Powdrell, A.W.; Cullen, G.M.; Williams, D.C. Tenekedjiev, N.; Gruzleski, J.E.
Thermal Characteristics of Refractories Thermal Analysis of Strontium Treated Hypoeutectic
in Channel Induction Furnaces and Eutectic Aluminum-Silicon Casting Alloys
AFS Transactions
Toriello, L.I.; Robins, J.; Schafer, R.J. Williams, D.C.; Powdrell, A.W.; Cullen, G.M.; Snell, L.
The Effects of Sand and Foundry Variables Thermal Characteristics of Refractories
on the Performance of Nobake Binders ...................005 623 in Channel Induction Furnaces
Tsai, H.L.; Su, C.H. Wu, K.C.; Mocarski, S.J.; Scarich, G.V.
A Direct Method to Include Latent Heat Effect Effect of Hot Isostatic Pressure on
for Modeling Casting Solidification Cast Aluminum Airframe Components
Tsai, H.L.; Fu, J.; Askeland, D.A.
Effect of Vent-Holes in Patterns on Filling Process and
X
Casting Quality Using the Evaporative Pattern Process .........305
Tseng, C.-H.; Askeland, D.R. Xia, Y.; Creese, R.C.
A Study of Selected Process Parameters Tapered Riser Design Optimization
for the Evaporative Pattern Casting Process ................-5 Xiang, Y.J.; Rong De, L.
Turpin, P.D.; Stanforth, R.R. Heterogeneous Nuclei in Flake Graphite
Comparison of EP Toxicity and Xiaodong, P.; Hancheng, Q.
TCLP Testing of Foundry Waste ..........0c. e.e.e e.ee 0ee e Research and Application of
Tuttle, B.L.; Twarog, D.; Daniels, E. Spheroidal Graphite Malleable Iron
The Effect of Trace Amounts of Antimony on the Xiaodong, P.; Hancheng, Q.
Structure and Properties of Aluminum Alloys A356.2 Study of the Formation of Spheroidal Graphite
Twarog, D.; Tuttle, B.L.; Daniels, E. in Ancient Cast Iron in China
The Effect of Trace Amounts of Antimony on the Xinli, G.; Hua-Qin, S.; Qigui, W.; Hongqing, X.
Structure and Properties of Aluminum Alloys A356.2 ............ 7 Latest Developments in Production and
Research Works of Gray Cast Iron in China ..................363
Xu, D.; Li, Q.; Pehlke, R.D.
V
Computer Simulation of Al-Cu Alloy Solidification
Voigt, R.C.; Bye, C.R. Using a Continuum Model
Microstructural Aspects of Fracture in A356 ...............5-. Xu-Ru, Y.; Hua-Qin, S.; Chongxi, T.; Qigui, W.
Study on Raising the Impact Toughness of
Wear-Resistant High-Chromium Cast Iron
Ww
Wang, Y.S.; Peng, Q.F.; Chen, F.S.; Qi, B.S.
Y
Measurement of Al-Zn Phase Diagram by
Acoustic Emission During Solidification Yonnone, M.; Claesson, J.; Krieger, B.
Weddington, V.L.; Mobley, C.E. Evaluation of Ceramic Response to Microwave Energy
Influence of Sand Surface Chemistry on Bonding .............
Wesp, S.; Engelhardt, W.
Z
Thermal Reconditioning of Core Sand in an Aluminum Foundry:
A Contribution to Environmental Protection Zajac, J.; Jesko, V.
Wilkes, J.0.; Hou, T.S.; Pehlke, R.D. A New Method for Shrinkage Prediction in Casting Walls ....... 681
Solidification Modeling: Reduction of Zhaohao, D.; Fuli, Z.; Entao, Z.
Computing Time in the Mold Region ..................00005 Hydraulic Simulation Study on Three-Step Gating Systems
AFS Transactions

Subject Index
A ASTNG FOP osioie dx oxic ed alae cadeetescseoaaeeaenes 279
ASTM A148 80/50 grade
ASTM A216 WCB grade
A356 aluminum alloy ASTM A27 70/36
castings, deformation in HIPed ASTM A352-88
castings, solidification modeling of ASTM A494
castings, statistical modeling of HIPed ASTM A536
crack initiation and propagation ..........0.00.0 .ee .e e.ee. e ee ASTM A732 specifications for investment castings ...............397
effects of modification and soiidification conditions on ASTM A743/A744 CN7M
grain refinement of ASTM A744/744M
influence of microstructure on crack initiation in ASTM A744/A744M
Magnetic Suspension Melting™ of ASTM B369-87
measuring hydrogen content of ...............ee0e0 se0e s 653-59 ASTI Eas os 6.5 545 cess cn csnanoesdesasunacweneeesn 733
mechanical properties of Atmosrapdiahnt eherat ifurcnac es ..........0.20.00.00.0 .ee. 033 9
microporosity in castings of Austempered ductile iron
A356.0 (UNS A13560) fatigee: PICTUS OF ainsi os.ccne cnsineadecewdancscus eewnde
A356.2, effect of antimony on strontium-modified heat treating of
mechanical properties and microstructures of
A357.0 (UNS 13570) tensile properties in heavy-section ..................-..22---551
A8090, typical grain structures achieved using Austempering effect on tensile properties
Magnetic Suspension Melting™ process WE HEACY SEGUE 6 nosso i icwieitnc dsisiacced wowdane se eeene
Abrcuatoffs wheielsv fore us e on MMCs ...............-.....--583 Austenite, nucleation of primary
Acceptable Ambient Concentrations (AACs)
of hazardous chemicals ....0..0 .eee. ee.e .ee.e .ee 89
Acoustic emission signal(s). See ulso: Nondestructive testing
measurement of Al-Zn phase diagram using 199-202
ene ICES: OEE SCRE Ne TRA a ear erenee erro: oS Dhemarients CURRIN ooo 6 2:5 soe ein ed aidid acca tioasncaeeoeseacaadaweee
Acoustic wavea nalysoifs S G irons .....................-...317-18 Band saw blades, used to cut MMCs .......................-577-78
ADI. See: Austempered ductile iron Barium inoculaoft ciasot nir on ..... 2.2... 6. eee ee ee ee ee 303
AFS Clay Content Baumgart winged-edge data structure
AFS Grain Fineness Numbers Bentonite particle size and surface area ...........00.0.22. e.e ee 631
Air pollutants Binder(s)
CURIE UENO 66.50. cli alac lad na mien is nine nied ware wise s.ncie SOO ester-cured coldbox
from cokeless cupolas furan nobake
NMR atte ewe cc hey he Gouin novices nd oe en COMO eo
Al-4.5%Cu alloy, determination of columnar phenolic urethane
equiaxed transition for shelf life
Al-Cu alloy solidification ....2.... 0.. ee.e e.ee .eee. ee e ee 737-45 BUMMBTISGNG oe oc cei ne ccs inant sn canssuGan 2 aounw oad tee
Al-Zn phase diagrams, measurement of, Breadth First Search (BFS)
using acoustic emissions 199-202 Bridgman-type furnace
Ailterniate TUCIS 1Or CUPOIMS oo. e655 wees cee din neen see. 25-31 Bisuilis) Dre oo aoe Sdn ene nes pa gta ee dei weh any ane eaen te 139
Aluminum BubOie Gee 5.35 twists steesgeecsdeaen nvtedeo asnw es 732-34
aircraft components
GS SMES PORMISE NU SICED ok oe aig: a sieiei eres en eke stsleine oiciee 255
Aluminum bronze, C95300, feeding distance in
Cc
Aluminum cast composites, silicon carbide reinforced
Aluminum casting alloys. See also: Metal C83600, determining residual phosphorus levels in 809-13
matrix composites (MMCs) C84400, determining residual phosphorus levels in 809-13
NON a Sree et ta hale GOK aK OSE ew ae Caeeea eee 83-90 C95300, feeding distances in
control of macrostructure in Calcium-Barium (Ca-Ba) inoculation of cast iron .................363
GENGHICG AUSPACINE MD «ooo. ee eee cee sesccnseeseSsU M Canadian Department of National Defense (DND) ................507
eutectic solidification of Carbon
gas porosity and metal cleanliness in ..................005- 83-90 adsoursedp tot cointrool nHA Ps .............e.e.e 0ee0e 0OeI
high-silicon behavior in the cupola, mathematical modeling of .......... 273-76
solidification mechanisms of ..........00. ee.e .ee.e e.ee0 e ee 659 diffusion, theory of SG growth through
thermal analysis of injeincto tcupiolao tunyer es ..............0220002000++-9/1-76
Aluminum-copper alloy, rheological behavior Cast iron. See also: Austempered ductile iron;
during solidification of an ...2..0.... ce.ce .eee. eee ees 245 Ductile cast iron; Gray cast iron(s);
Antimony additions to strontium-modified A356.2 SG cast iron and SG malleable cast iron
Aqueous fluid flow modeling, visualization techniques in calcium-barium (Ca-Ba) inoculation of ......................363
AFS Transactions
chilling equivalent of of stress-strain and hot cracking during solidification
coupled zone in Computerized measurement of screen aperture
graphite nucleation of and screen wire diameter
Condensers, used to control HAPs
inoculants Continuous casting, aqueous modeling of metal flow in
microstructure and mechanical properties of .................-365 Continuous nucleation/growth of voids
microstructures of white Continuum model for simulating solidification
modification and filtration Of ........ce.ce .es. ce.ces.cn.ce s 337 of Al-Cu alloy
effect of section thickness on flotation in Control volume finite difference method
structural changes in COGNT CONVEYS IS 5 66a oS.a i otepsns Hee: 5 wie.s low orea reteanereag ee 783-85
structural transitions in for ductile cast iron
ancient Chinese SG Cooling curves, modeling, for SG cast iron
IMR BEr ks ooo oresr alc oie MiSLo-a e siwislat weissw ield 5S picto esS tm IE Vetere Cooling fluidized bed sand conditioner ....................4. 230-31
Coordinate measuring machine probes
Casting SRI T ID CASS 655( 6. ooic forse cier aise b)aee sae Cade Eee 139-47
Copper Development Asscciation, Inc. (CDA),
1972-88 market study by the
modeling metal flow in continuous Core(s)
solidification, penetration during abrasion tests
PENAEUS conse 5G shtess niessie sisi ec iece winds Siersiwis ee eeae outer ae binders, performance of four
sirenpin, related to wall Thickness 2.6.c2cse. ce0ce. sc.c es. ev es 131
stress, residual firecracker
thickness, effect on solidification of gas emitted from
walls, predicting shrinkage in pattern
oS SSR econ ee nes ae a Rept ec i ee RSS 125-31 sand, thermal reconditioning of
Casting defects, acoustic emission signal strength improvements in
CRAMINUOMISERECOSIN 5. 0/00. 0.5:6.5 :50 8. bale elena’ os/<805.60eO=00 Core Abrasion Test, of resin-bonded cores ............386—38, 393-95
CAINE MCMOCRMMUOL TRAE S: 5.0.05 oss. teenies sdieciee sc ooo ence Doe Cored wire, used in the production of ductile iron .............519-23
Cement-bonded sand MSD EAPARALS 5-0/0,6 /5)c \s as ofse re secon tense sersseyais pieln iotive orale: aie« Bieri 671-72
Center for Materials Production (CMP) Crack initiation and propagation in A356 ........................33
Ceramic(s) Critically Refracted Longitudinal (L,,.) Wave
dielectric properties of Technique for measuring residual casting stress
RERUN RMNMRISENS 28y ao €e 5 ceca sa fis sa ce 08W s nce) ew Soeet oE anes wenEe rea 465 Cryogenic isothermal treatment .........0..02. e.ee .ee.e e.e .34 0
heating behavior of CUUMATAV E ERALIAR GISORIEE 51555 050 66 5s 055a ss5o iora5 sre.e ep ee 63-68
pour cups, converting to Cupola(s)
shells, microwave dewaxing of GHSPOMIC EU ISR OE =a i safc sarees chs eitainaierc An Gotreaaletueteeeane 25-31
Channel channel furnace duplexing with cokeless
furnace duplexed with a cokeless cupola mathematical modeling of reactions in the
induction furnaces, refractories for use in tuyeres, carbon injection into
Chemical binders, categories of Cylindrical molds, fluid flow phenomenon in the filling of ...... 291-97
Chilling equivalent of cast iron
Chills
effects on casting porosity of
used in feeding aluminum-bronze D
Chlorofluorocarbon(s)
blowing agent for PMMA D-type graphite in gray cast iron .... 2... eee eee eee ee ee 366-67
NNER Ne vhf e oes aes 30:5 as SS DOM EW aS oO eae esas 732 Defect(s)
Chromite sand analysis, acoustic emission signal
RMN RMR 6 ils 5 ole Wee. 3s Sa miele mess senses winaa Reta SOP casting penetration
Clean Air Act Amendments (CAAA) of 1990, expenpdatatebm lCaseti ng ...5.60.6 c.sa e.on .és6 an6de6s 6c6ed e
impact on the foundry industry of ....................586-87 Degassing, effect of, in feeding aluminum bronzes ................ 467
leaActn of A1970;w Sec tion 112)... 65.06 cs ccc aes oieee's DOI-OO Dendrite arm spacing in aluminum alloys .......................501
Goke cupola additions, decreasing .... «0.6... ccc cee s wees cece DID Design
Cokeless cupola casting cavity and gating system
emissions ve1 1 = RES Per apieS corers Paes NTE ee eee are 493-500
to channel furnace duplexing of tapered risers
Coldbox binders, testing techniques that Dewaxing, microwave
reflect effects of humidityo n .......................-385-95
Columnar-to-equiaxed transition in Dimensional analysis of expendable pattern,
Al-4.5% Cu alloys 187-191, 195-96 green sand and nobake produced castings ................. 203
Computer Aided Design (CAD) Double Ligament Tensile Test
ROMO de ra eersiew hotness Sats aa Sue Pawe aae ae 667 Double taper side riser
use of solidification FEA in Dry sliding wear measurements of MMCs
Computer modeling Ductile cast iron. See also: SG cast iron
CASON ANGY SONGINICAHON . oo. c cc cece teas see wnee 737-45 COOMNE GUEVE ANRIYSIS 5:2- 53) 6-5-5001 6) c.0 :0: aw owiblis sees 154-55
of casting wall shrinkage cored wire used in the production of ....................519-523
of hot cracking effect of casting section thickness on flotation in
of SG cast iron solidification .......0.. ce.ce. ee.e e.e e ee 237-43 effect of section size on the mechanical
of shrinkage defect elimination properties of
of solidification eutectoid transformation in
896 AFS Transactions