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Shell Permeability
1. DRYING CHARACTERSTICS OF WATER BASED SHELL-S LEYLAND

2. HIGH TEMPERATURE SHELL PERMEABILITY- T HAHN/ R ROSMAIT

3. PERMEABLE PRIME COATS:EFFECT ON DEWAX CRACKING0 J SNOW/ D SCOTT

4. EFFECTS OF WAX VISCOSITY AND SHELL PERMEABILITY ON SHELL CRACKING-
    C WHITEHOUSE/ B DAHLIN
5. A STASTICAL APPROACH TO IMPROVING DEWAX PERFORMANCE- M OLES

6. CHARACTERISATION OF RAPID SHELL

7. G2 STUCCO

8. INTERCOAT DRYING AND SHELL PROPERTIES

9. ADVANCES IN SHELL ROOM

10. IMPROVEMENTS IN BURNOUY FOR PRINTED PATTERNS

11. MONITORING DRYING OF WATER BASED CERAMIC SHELL MOULDS- M. LEADBUTTER

12. THE EFFECT OF REMOVING DUST FROM BACKUP SYSTEM

13. DRYING OF CERAMIC SHELL MOLDS- JD JACKSON

14. INFLUENCE OF MOLD AND WAX ON DEWAXABILITY- B FERG

15. A COMMON SENSE METHOD FOR AUTOCLAVE DESIGN- KERMIT BUNTROCK
Price Level:Publications - Non - Member
Price:   $338.00
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Shell Process Control
1. CERAMIC PROCESS CONTROL THROUGH DESIGN OF EXPERIMENT- J. JACKSON

2. A STASTICAL APPROACH TO IMPROVING DEWAX PERFORMANCE- M OLES
Price Level:Publications - Non - Member
Price:   $48.00
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Shell Testing
1. HIGH TEMPERATURE SHELL PERMEABILITY- T HAHN/ R ROSMAIT

2. THERMAL PROFILES AND EFFECT OF MOISTURE…DEWAX- S JONES

3. PERMEABLE PRIME COATS:EFFECT ON DEWAX CRACKING0 J SNOW/ D SCOTT

4. IMPORTANCE OF GREEN MOR FOR AUTOCLAVE CRACKING- T BRANSCOMB

5. TECHNIQUES OF MOULD DEWAXING- H PICKARD

6. STRENGTH DEVELOPMENT--FIBRE ENHANCED-DRYING TIME- T BRANSCOMB

7. THE SUCCESS OF DATA ACQUISITIONS, PRODUCTION AUTOCLAVES-- B KRUSE/ VON RICHARDS

8. EFFECTS OF WAX VISCOSITY AND SHELL PERMEABILITY ON SHELL CRACKING-
C WHITEHOUSE/ B DAHLIN

9. A STASTICAL APPROACH TO IMPROVING DEWAX PERFORMANCE- M OLES

10. CHARACTERISATION OF RAPID SHELL

11. G2 STUCCO

12. UTILIZING MODERN TECHNOLOGY TO OPTIMIZE

13. DRYING OF MOULDS- MG PERRY, AJ SHIPSTONE

14. A BRIEF LOOK AT METALTEK

15. INTERCOAT DRYING AND SHELL PROPERTIES

16. DEPUY SYNTHES

17. ADVANCES IN SHELL ROOM

18. TRANSFORMING THE FUSED SILICA SHELL SYSTEM

19. IMPROVEMENTS IN BURNOUY FOR PRINTED PATTERNS

20. THE EFFECT OF REMOVING DUST FROM BACKUP SYSTEM

21. DRYING OF CERAMIC SHELL MOLDS- J.D. JACKSON

22. INFLUENCE OF MOLD AND WAX ON DEWAXABILITY- B FERG
Price Level:Publications - Non - Member
Price:   $613.00
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[hypImage]
Standard Test Procedures for Pattern Materials 2023 - Downloadable PDF

This "How-To" booklet is based on specifications developed in industry committee sessions for the purpose of recommending standard specifications for use in investment castings. Topics covered include ash content; flow test; determination of softening point; determination of consistency - needle penetration method; determination of filler content - gravimetric; determination of percentage of acid insolubles in soluble wax; specific gravity of waxes and plastics; determination of filler content - by content; sink test; and dimensional stability. 2023 Investment Casting Institute.
Price:   $13.00
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Wax & Polymeric Materials
1. The Relationship of Pressure & Temperature on the Amount & Type of Cavitation - K.W. Thompson, K. W. Thompson Tool Company

2. Formulation, Preparation & Properties of Waxes for Wax Patterns - Steven Rau

3. Some Notes on Wax Patterns for Investment Castings - C. S. Treacy, M. Argueso & Co., Inc.

4. Quality Control in Wax Assemblies - Alex Clune, Hemet Casting Company

5. Soluble Wax Cores in the Wax Department - Richard T. Carter, Arwood Corporation

6. Wax Pattern Dimensional Variation in Automatic Injection Machines - John Hockin Electronicast Inc.

7. Standardized Wax Testing Die - J. H. Roberts, Consolidated Casting Corp.

8. Development of non-shrinking Wax & Machinery for its Use - Harald Moeschlin, Precisions Producer

9. Reclamation and Modification of Waxes for Use as Pattern Wax and Sprue Wax - Robert Horton, TRW, Inc. and Charles LeBeau III, Cambridge Mill Products, Inc.

10. Advances in Reclamation and Reconstitution of Filled Wax - W. P. Bond, Dave J. Morson and Ron B. Williams, Blayson Olefines Ltd.

11. Innovative Pattern Waxes to Satisfy Modern Casting Needs - John Argueso, M. Argueso & Co., C. Kovach, Signicast Corporation, and G. Schiefelbein, Remet Corporation

12. Developments in Wax Reclamation - Dave P. Bond, Dave J. Morson and Ron B. Williams, Blayson Olefines Ltd.

13. Water Soluble Sand Cores for Investment Casting - David M. Goddard and Paul J. Rynn, Rynn's Investa/Core; Robert L. Manning and Daniel Jason, Borden, Inc.

14. Revolution in Pattern Wax - John P. Argueso & Paul Solomon, M. Argueso & Co., Inc.

15. The Effect of Fillers on the Physical Properties of Investment Casting Waxes - Harvey Fielder, Dussek-Campbell Yates Investment Casting Wax Inc.

16. Wax, Wax Assembly and Shell: The Elements of Efficient Dewax - Glenn H. Foster and John Cordes, Pacific Kiln Insulations Co. Inc.

17. Analysis of the Implementation of a Process for Wax Recycling - C. Schriever and F.D. de C.F. Carmo, Carmo & Schriever Assessoria Empresarial Ltd.

18. The Effect of Fillers on the Physical Properties of Investment Casting Waxes - H. Fielder, REMET (Dussek Campbell Yates Limited)

19. Liquid Forming Crystalline Pattern Material for Investment Casting - Dr. T. Fujita, Associated Foundries Engineering Co. Ltd., and T. Imanishi, Imanishi Ltd.

20. HSC Milled Wax Patterns - G. Pistol, Prof. Pistol & Partner GmbH, and G. Hanke, G. Hanke Industrial Consulting

21. Dimensional Issues with Investment Casting Patterns Made by Stereolithography - Curtis Wahlgren and Suresh Jayanthi, DSM Somos, Tom Mueller, Express Pattern

22. Thermal Expansion of Investment Casting Pattern Wax - Brian J. Sunderland, Tri-State University, Von L. Richards, Robert V. Wolf, University of Missouri at Rolla

23. Determining Wax Pattern Dimensions in Investment Casting Using Viscoelastic Models - A.S. Sabau and S. Viswanathan, Metals & Ceramics Division, Oak Ridge National Laboratory

24. An Overview of the Rheology of Investment Casting Waxes - Marcelo Añibarro and Bruce Wadenius, Remet Developmental Laboratory

25. Significant Productivity Improvements from Solid Wax Injection Technology and Accompanying Automation - John Kight, Worldsource Inc., Earl Powers C-Power Industries

26. Wax Characterization - Jeffrey C. Niles, Marcelo Anibarro, and Harvey Fielder Remet Development Lab

27. Wax Temperature Control, And Its Effects On Your Casting Throughput - Bruce Phipps, MPI, Inc.

28. Casting Applications for Reclaimable Polymorphic Fillers - Chris Verta, Pennsylvania Wax Corporation

29. Tests for Determining Viscoelastic Properties of Investment Casting Waxes - Adrian Sabau, Oak Ridge National Laboratory

30. The Next Generation Pattern Material - Richard Harrington, FOPAT

31. Improvements in the Wax Room: Soluble Waxes - Barry Dahlin, Westech Products

32. Water Soluble Cores for Investment Casting - Randy Morss, Remet Corporation

33. Profits Through Education - Bruce Phipps, MPI

34. Foundry Cast Studies Using an Advanced Pattern Material, FOPAT in Place of Wax - James Gardner, buyCASTINGS.COM

35. Characterization of Low Density Polymer Pattern for Large Steel Investment Casting - Hongfang Zhao, Missouri University of Science & Technology

36. Water Soluble Cores for Aluminum Investment Castings - Ladislav Tomek, Boris Lanik, Jiri Sedlacek, Vaclav Vinter, LANIK s.r.o.

37. Novel Approaches in Unfilled Pattern Wax - Alfred P. Kaulius, Jr., Paramelt

38. Process Improvement in the Wax Room with SOLUCORE Plus J3 Soluble Core Wax - Joseph Stanco, Randy Morss, Kenneth Zuis, REMET, Al Webb Cera-Met

39. Next Generation Patterns: Introducing Legacy Foam Patterns - Scott McCausey, Legacy Foam, LLC.

40. Investigating the Impact of Phase Change Direction on the Properties of IC Wax - Conrad Holek, Harvey Fielder, Paramelt

41. Innovative Wax Design to Meet the Challenges Within the Investment Casting Industry - Phil Hancock, Dave Bond, Matthew Williams, The Blayson Group Ltd.
Price Level:Publications - Non-Member
Price:   $820.00
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Wax AM Pattern Manufacture
1. A Comparison of 3D Printing Technologies Used to Make Investment Casting Patterns - Tom Mueller, Mueller Additive Manufacturing Solutions

2. Are Printed Patterns Viable for Production - Sharon Weaver, 3D Systems, Tom Mueller, Mueller AMS

3. An Investigation into the Effect of Hollowing of Printed IC Patterns To Reduce Shell Cracking in the Autoclave - Tom Mueller, Mueller AMS, Nancy Holt, Evan Kuester, 3D Systems

4. An Evaluation of Using a Low-Cost 3D Printer for Prototype Investment Casting Patterns - Aaron Meyer, Wisconsin Precision Casting Corporation

5. Digitization & Automation of the Process of Printing Patterns for Investment Casting - Ben Wynne, Intrepid Automaton

6. Evaluation of a Low-Cost Material Extrusion Printer for Investment Casting Applications - Tom Mueller, Mueller Additive Manufacturing Solutions
Price Level:Publications - Non - Member
Price:   $143.00
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Wax Archive
1. The Effect of Die Temperature and Wax Temperature and Pressure on Cavitation in Wax Patterns - Irving Malkin

2. The Relationship of Pressure and Temperature on the Amount and Type of Cavitation in Wax Patterns - K. W. Thompson

3. Formulation, Preparation and Properties of Waxes for Wax Patterns - Steven Rau

4. Some Notes on Waxes for Investment Castings - ICI

5. Pressurizing Wax Injection Machines -Paul Foley

6. Spot Cooling of Investment Casting Dies - Paul Foley

7. Quality Control in Wax Assembly - Alex Clune

8. Quality of Wax Patterns as a Function of Wax Preparation and Injection - V. Stanciu

9. Computer-aided determination of technological time of solidification of wax patterns - M. Jagos, I. Macásek, B. Popisil, K. Rusin

10. Cost Reduction and Process Improvement by use of In-house Reclaimed Foundry Wax - Klaus Wiese-Nielsen

11. High Speed Motion Picture Analysis of the Wax Injection Process - T. S. Piwonka

12. Shrink Allowance for Pattern Dies in Investment Casting - Hy Rosenthal

13. Soluble Wax Cores in the Wax Department - R. T. Carter

14. Dimensional Variations of Wax Patterns Produced on Automatic Injection Machines - J. Hockin

15. Standardized Wax Testing Die - J. H. Roberts

16. Automation Beyond the Shellroom - J. Hockin, J. Brown, Bescast Inc.

17. The Development of a Non-shrinking Wax “No-sink”. Machinery for its use and the result: The High Precision Casting - Harold Moeschlin

18. MPI’s 30 Ton Liquid/Paste Wax and Ceramic Injector and MPI’s 40 Gallon Wax Melting Tempering, and Transfer Unit - Bruce Phipps, MPI Inc.

19. Sophistication without Complication Using Micro-Computer Programmable Controllers - Fred Ellin, Bescast Inc.

20. Formulating Pattern Waxes - Robert Horton, TRW Aircraft Components Group

21. Urea Pattern Process by Low Pressure Injection - Dr. Tadao Fujita, Associated Foundries Engineering Co. Ltd.

22. Reclamation and Modification of Waxes for Use as Pattern Wax and Sprue Wax - Robert Horton and Charles LeBeau III

23. Automatic Wax Injectors - Bruce S. Phipps, Mueller-Phipps International, Inc.

24. Automatic Pattern Assembly Machine - Fred Ellin, Escast Inc.

25. Update on Investment Casting Waxes - Ron B. Williams, Blayson Olefines Ltd.

26. The Role of Analysis in the Development of New Casting Wax Materials - A. Barker, Dussek Campbell, Ltd., Paul Solomon, Yates Manufacturing Ltd.
27. Wax Dimensional Control with DOE (Design of Experiments) - Anant Kelkar, Wyman-Gordon Investment Castings
28. Continuous Wax Cooling at the Wax Injector Yields Higher Productivity - Bruce S. Phipps, MPI-Mueller Phipps International Inc.

29. Advances in Reclamation and Reconstitution of Filled Wax - W. P. Bond, D. J. Morson and R. B. Williams, Blayson Olefines Ltd. - Stratford, London, UK

30. Innovative Pattern Waxes to Satisfy Modern Casting Needs - John Argueso, M. Argueso & Co., C. Kovach, Signicast Corporation, G. Schiefelbein, Remet Corporation

31. Flow and Deformation of Casting Waxes in the Solidification Region - Dr. H. Monks, Dussek Campbell (UK) Ltd.

32. Developments in Wax Reclamation - D. P. Bond, D. J. Morson and R. B. Williams, Blayson Olefines Ltd., UK

33. High Level Computer Control Wax Injectors - Bruce S. Phipps, Mueller Phipps International Inc.

34. Mechanical Properties of Pattern Waxes - H. Fielder, Dussek Campbell Ltd. (Yates Investment Casting Wax Div.)

35. Water Soluble Sand Cores for Investment Casting - David M. Goddard and Paul J. Rynn, Rynn's Investa/Core; Robert L. Manning and Daniel Jason, Borden, Inc.

36. Influence of Injection Parameters to the Dimensional Stability of Wax Patterns Milan Horacek, Technical University Brno, Czech Republic - Lubos Stefan, Walter-Deritend, Prague, Czech Republic

37. Factors Affecting Investment Casting Pattern Die Dimensions - T.S. Piwonka and J.M. Wiest, The University of Alabama

38. Revolution in Pattern Wax - John P. Argueso and Paul Solomon, M. Argueso & Co., Inc.

39. The Effect of Fillers on the Physical Properties of Investment Casting Waxes - Harvey Fielder, Dussek-Campbell Yates Investment Casting Wax Inc., UK

40. Wax, Wax Assembly and Shell: The Elements of Efficient Dewax - Glenn H. Foster and John Cordes, Pacific Kiln Insulations Co. Inc.

41. Analysis of the Implementation of a Process for Wax Recycling - C. Schriever and F.D. de C.F. Carmo, Carmo & Schriever Assessoria Empresarial Ltd.

42. Assessment of Properties of Investment Casting Waxes - Dr. Sekhar Chakravorty, Centre for Materials & Measurement and Technology, National Physical Laboratory Teddington U.K.

43. The Effect of Fillers on the Physical Properties of Investment Casting Waxes - H. Fielder, REMET (Dussek Campbell Yates Limited), U.K.

44. The Analysis of Ash in Wax - John P. Argueso, Paul Solomon and Glenn Schiefelbein M. Argueso & Co.

45. Process Control for Pattern Production - Bruce Phipps, Mueller Phipps International

46. The Reclamation of Investment Casting Waxes - H. Fielder, Remet UK Limited

47. Liquid Forming Crystalline Pattern Material for Investment Casting - Dr. T. Fujita, Associated Foundries Engineering Co. Ltd., and T. Imanishi, Imanishi Ltd., Japan

48. HSC Milled Wax Patterns - G. Pistol, Prof. Pistol & Partner GmbH, and G. Hanke, G. Hanke Industrial Consulting, Germany

49. The Reclamation of Investment Casting Waxes - H. Fielder, Remet UK Ltd.

50. Plastic Injection Methodologies and Their Application in Wax Injection - Doug Neece, Howmet-TMP, Inc.

51. Dimensional Issues with Investment Casting Patterns Made by Stereolithography Curtis Wahlgren and Suresh Jayanthi, DSM Somos, Tom Mueller, Express Pattern

52. Material Properties for Predicting Wax Pattern Dimensions in Investment Casting - A.S. Sabau and S. Viswanathan, Oak Ridge Natl. Lab.

53. Quality in the Production of Wax Patterns - A. Huber, H. Bleier, Battenfeld IMT, Austria, C. Kukla, Mining University of Leoben, Austria

54. Injection Molding of Wax Patterns: Using Computational Fluid Dynamics and Flow Visualization to Understand Filling Behavior - Aleksander Cendrowicz, Jean-Christophe Gebelin, Mark Jolly and Stuart Blackburn, University of Birmingham, UK

55. Thermal Expansion of Investment Casting Pattern Wax - Brian J. Sunderland, Tri-State University, Angola, IN; Von L. Richards, Robert V. Wolf, University of Missouri at Rolla

56. Determining Wax Pattern Dimensions in Investment Casting Using Viscoelastic Models - A.S. Sabau and S. Viswanathan, Metals & Ceramics Division, Oak Ridge National Laboratory

57. An Overview of the Rheology of Investment Casting Waxes - Marcelo Añibarro and Bruce Wadenius, Remet Developmental Laboratory

58. Significant Productivity Improvements from Solid Wax Injection Technology and Accompanying Automation - John Kight Worldsource Inc. Earl Powers C-Power Industries

59. Influence Of Tool Design And Process Parameters On Wax Patterns - A. Huber, H. Bleier - Battenfeld Injection Molding Technology, Kottingbrunn/Austria - C. Kukla, Industrial Liaison Department, University of Leoben/Austria, H. Loibl - Fotec Research and Technology, Wiener Neustadt/Austria

60. Wax Characterization - Jeffrey C. Niles, Marcelo Anibarro, and Harvey Fielder Remet Development Lab

61. Wax Temperature Control, And Its Effects On Your Casting Throughput - Bruce Phipps, MPI, Inc.

62. Casting Applications for Reclaimable Polymorphic Fillers - Chris Verta, Pennsylvania Wax Corporation
br> 63. Cost Reduction Opportunities in the Manufacturing of Investment Wax - Patrick Manning, M. Argueso & Co., Inc.

64. Tests for Determining Viscoelastic Properties of Investment Casting Waxes - Adrian Sabau, Oak Ridge National Laboratory

65. Process Control for Investment Wax Manufacturing - Paul Guinn, Kindt-Collins Company

66. Benefits of a Wax Reclamation System in a Investment Casting Foundry - Hank Harvey, Tech Cast, Inc.

67. The Characterization of Casting Wax Rheology - Harvey Fielder, M. Argueso & Co. Inc.

68. Advances in Wax Recycling Technology - Chris Verta, Pennsylvania Wax Corporation

69. Continuous Improvement Opportunities in the Wax Room - Ed Thorson, Pine Tree Castings

70. Knowing Your Investment Casting Process - Sam Scott, ESI North America

71. Shell Mold Investment Casting Process Using Ice Patterns - Dr. Von Richards, University of Missouri Rolla

72. The Next Generation Pattern Material - Richard Harrington, FOPAT

73. Improvements in the Wax Room: Soluble Waxes - Barry Dahlin, Westech Products, Inc.

74. Gage R&R on Wall Thickness Features in Wax Patterns - Dr. Victor Okhuysen, Cal Poly University

75. Water Soluble Cores for Investment Casting - Randy Morss, Remet Corporation

76. Casting Yields are Improved Through Automation And Process Control in the Wax Room - Bruce Phipps, MPI Inc.

77. Profits Through Education - Bruce Phipps, MPI

78. Elastic Behavior of Pattern Waxes - Randy Morss, Remet Corporation

79. Foundry Cast Studies Using an Advanced Pattern Material, FOPAT in Place of Wax - James Gardner, buyCASTINGS.COM

80. Profits Through Innovation - Bruce Phipps, MPI, Inc.

81. Characterization of Low Density Polymer Pattern for Large Steel Investment Casting - Hongfang Zhao, Missouri University of Science & Technology

82. A Robust Solvency Power Test for Determining End Life of Pattern Washes - Joe Stanco, Remet Corporation

83. Digital Technology in the Wax Room - Bruce Phipps, MPI, Inc.

84. Kinetics vs Thermodynamics-How Equilibrium States are Established in Investment Casting Waxes - Dr. Grant Bradley, Remet UK

85. Application of Dynamical Mechanical Analysis & Rheometry for Measuring Dwell Time in FastForm Pattern Wax - Dr. Grant Bradley, Remet UK

86. RENEW Wax Technology - Chris Verta, Pennsylvania Wax Corp

87. The Evolution of Pattern Wax Cleaners - Sankar Bhattacharja, Ronald S. Doles, Michael A. Romba, Nalco, an Ecolab Company

88. Water Soluble Cores for Aluminum Investment Castings - Ladislav Tomek, Boris Lanik, Jiri Sedlacek, Vaclav Vinter, LANIK s.r.o.

89. Innovative Test Methods for Wax - Phil Hancock, Dave Bond, Matthew Williams, The Blayson Group Ltd.

90. Current Problems in The Wax Room & How They Are Best Overcome - Jeffrey Rich, Aaron Phipps, MPI, Inc., Andrew Miller, Andrew Bomberg, Tech Cast LLC.

91. Novel Approaches in Unfilled Pattern Wax - Alfred P. Kaulius, Jr., Paramelt

92. Low Volume Automation, Challenges & Advantages - Aaron Phipps, MPI, Inc.

93. Process Improvement in the Wax Room with SOLUCORE Plus J3 Soluble Core Wax - Joseph Stanco, Randy Morss, Kenneth Zuis, REMET, Al Webb Cera-Met

94. Next Generation Patterns: Introducing Legacy Foam Patterns - Scott McCausey, Legacy Foam, LLC.

95. Investigating the Impact of Phase Change Direction on the Properties of IC Wax - Conrad Holek, Harvey Fielder, Paramelt

96. Innovative Wax Design to Meet the Challenges Within the Investment Casting Industry - Phil Hancock, Dave Bond, Matthew Williams, The Blayson Group Ltd.

97. Pattern Cleaning - Mark Oles, Pine Tree Castings

98. Study of Pattern Formulation Effects on Surface Energy Measurements - Alfred Kaulius, Paramelt

99. 3D Printed Inserts & Mold Cavities that Can Be Used for Producing Wax Patterns - Jacob Lehman, Pittsburg State University

100. Industry Viable Strategic Tooling Enablers for MRB Elimination - Donald Deptowicz, Aspen Hybrid Technology Solutions, LLC

101. Rapid, Lost-Cost Tooling for Small Engine Castings - Dan Z. Sokol, Renaissance Services – PERFECT- 3D

102. Advanced Plasma Coating of Wax Injection Moulds -Eliminating Release Agents From the Investment Casting Process -Dr. Dirk Lehmhus, Fraunhofer IFAM

103. A Comparison of 3D Printing Technologies Used to Make Investment Casting Patterns - Tom Mueller, Mueller Additive Manufacturing Solutions

104. Are Printed Patterns Viable for Production - Sharon Weaver, 3D Systems, Tom Mueller, Mueller AMS

105. An Investigation into the Effect of Hollowing of Printed IC Patterns To Reduce Shell Cracking in the Autoclave - Tom Mueller, Mueller AMS, Nancy Holt, Evan Kuester, 3D Systems

106. Revolutionary Improvements for IC through Application of 3D Printed Ceramic Tooling & Process Aids - Dan Sokol, Renaissance Services

107. 3D Printed Inserts & Mold Cavities that Can Be Used for Producing Wax Patterns - Jacob Lehman, Pittsburg State University

108. An Evaluation of Using a Low-Cost 3D Printer for Prototype Investment Casting Patterns - Aaron Meyer, Wisconsin Precision Casting Corporation

109. Digitization & Automation of the Process of Printing Patterns for Investment Casting - Ben Wynne, Intrepid Automation

110. Evaluation of a Low-Cost Material Extrusion Printer for Investment Casting Applications - Tom Mueller, Mueller Additive Manufacturing Solutions
Price Level:Publications - Non - Member
Price:   $2,025.00
Quantity:  


Wax Defects
1. The Relationship of Pressure & Temperature on the Amount & Type of Cavitation - K.W. Thompson, K. W. Thompson Tool Company

2. Quality of Wax Patterns as a Function of Wax Preparation & Injection - y V. Stanciu

3. Shrink Allowance for Pattern Dies in Investment Casting - H. Rosenthal, Arwood Corporation

4. Soluble Wax Cores in The Wax Department - Richard T. Carter, Arwood Corporation

5. Standardized Wax Testing Die - J. H. Roberts

6. Development of Non-Shrinking Wax & Machinery for Its Use & the Result: The High Precision Casting - Harald Moeschlin. Precisions Producer

7. Formulating Pattern Waxes - Robert A. Horton, TRW Aircraft Components Group

8. Wax Dimensional Control with DOE (Design of Experiments) - Anant Kelkar, Wyman-Gordon Investment Castings

9. Continuous Wax Cooling at the Wax Injector Yields Higher Productivity - Bruce S. Phipps, MPI-Mueller Phipps International Inc.

10. Comparison of New Cerita Formulation - J. Argueso, C. Kovach and G. Schiefelbein

11. Flow and Deformation of Casting Waxes in the Solidification Region - Dr. H. Monks, Dussek Campbell (UK) Ltd.

12. Injection Molding of Wax Patterns: Using Computational Fluid Dynamics and Flow Visualization to Understand Filling Behavior - Aleksander Cendrowicz, Jean-Christophe Gebelin, Mark Jolly and Stuart Blackburn, University of Birmingham, UK

13. Determining Wax Pattern Dimensions in Investment Casting Using Viscoelastic Models - A.S. Sabau and S. Viswanathan, Metals & Ceramics Division, Oak Ridge National Laboratory

14. Tests for Determining Viscoelastic Properties of Investment Casting Waxes - Adrian Sabau, Oak Ridge National Laboratory

15. Process Control for Investment Wax Manufacturing - Paul Guinn, Kindt-Collins Company

16. Kinetics vs Thermodynamics-How Equilibrium States are Established in Investment Casting Waxes - Dr. Grant Bradley, Remet UK

17. Current Problems in The Wax Room & How They Are Best Overcome - Jeffrey Rich & Aaron Phipps, MPI, Inc., Andrew Miller, Andrew Bomberg, Tech Cast LLC.

18. Novel Approaches in Unfilled Pattern Wax - Alfred P. Kaulius, Jr., Paramelt

19. Investigating the Impact of Phase Change Direction on the Properties of IC Wax - Conrad Holek, Harvey Fielder, Paramelt
Price Level:Publications - Non-Member
Price:   $428.00
Quantity:  


Wax General Practices
1. The Effect of Die Temperature & Wax Temperature on Cavitation in Wax Patterns - Irving Malkin, Precision Metalsrniths, Inc.

2. Some Notes on Wax Patterns for Investment Casting (ICI Technical Activities Committee Report) - C. S. Treacy, A. Argueso and Co., Inc.

3. Quality of Wax Patterns as a Function of Wax Preparation & Injection - V. Stanciu

4. Computer-Aided Determination of Technological Time of Solidifiation of Wax Patterns - M. Jogo, I. Mac6ek, B. Posp?il, K. Rusrn, Technical University of 8mb, Czechoslovakia

5. On Cost Reduction and Process Improvement by The Use of In-House Reclaimed Foundry Wax - K. Wiese—Nielsen

6. MPI’s 30 Ton Liquid/Paste Wax and Ceramic Injector and MPI’s 40 Gallon Wax Melting Tempering, and Transfer Unit - Bruce Phipps, MPI

7. Reclamation and Modification of Waxes for Use as Pattern Wax and Sprue Wax - Robert Horton and Charles LeBeau III

8. Advances in Reclamation and Reconstitution of Filled Wax - W. P. Bond, D. J. Morson and R. B. Williams, Blayson Olefines Ltd. Stratford, London, UK

9. Analysis of the Implementation of a Process for Wax Recycling - C. Schriever and F.D. de C.F. Carmo, Carmo & Schriever Assessoria Empresarial Ltd.

10. The Reclamation of Investment Casting Waxes - H. Fielder, Remet UK Ltd.

11. Plastic Injection Methodologies and Their Application in Wax Injection - Doug Neece, Howmet-TMP, Inc.

12. Injection Molding of Wax Patterns: Using Computational Fluid Dynamics and Flow Visualization to Understand Filling Behavior - Aleksander Cendrowicz, Jean-Christophe Gebelin, Mark Jolly and Stuart Blackburn, University of Birmingham, UK

13. Thermal Expansion of Investment Casting Pattern Wax - Brian J. Sunderland, Tri-State University, Angola, IN;Von L. Richards, Robert V. Wolf, University of Missouri at Rolla

14. Determining Wax Pattern Dimensions in Investment Casting Using Viscoelastic Models - A.S. Sabau and S. Viswanathan, Metals & Ceramics Division, Oak Ridge National Laboratory

15. Determining Wax Pattern Dimensions in Investment Casting Using Viscoelastic Models; A.S. Sabau and S. Viswanathan, Metals & Ceramics Division, Oak Ridge National Laboratory

16. Significant Productivity Improvements from Solid Wax Injection Technology and Accompanying Automation - John Kight, Worldsource Inc., Earl Powers, C-Power Industries

17. Benefits of a Wax Reclamation System in a Investment Casting Foundry - Hank Harvey, Tech Cast, Inc.

18. Advances in Wax Recycling Technology - Chris Verta, Pennsylvania Wax Corporation

19. Gage R&R on Wall Thickness Features in Wax Patterns - Dr. Victor Okhuysen, Cal Poly University

20. A Robust Solvency Power Test for Determining End Life of Pattern Washes - Joe Stanco, Remet Corporation

21. Kinetics vs Thermodynamics-How Equilibrium States are Established in Investment Casting Waxes - Dr. Grant Bradley, Remet UK

22. RENEW Wax Technology - Chris Verta, Pennsylvania Wax Corp.

23. The Evolution of Pattern Wax Cleaners - Sankar Bhattacharja, Ronald S. Doles, Michael A. Romba, Nalco, an Ecolab Company

24. Investigating the Impact of Phase Change Direction on the Properties of IC Wax - Conrad Holek, Harvey Fielder, Paramelt

25. Pattern Cleaning - Mark Oles, Pine Tree Castings

26. Study of Pattern Formulation Effects on Surface Energy Measurements - Alfred Kaulius, Paramelt
Price Level:Publications - Non-Member
Price:   $569.00
Quantity:  


Wax Injection Parameters
1. The Relationship of Pressure & temperature on the Amount & type of Cavitation - K.W. Thompson, K. W. Thompson Tool Company

2. Some Notes on Wax Patterns for Investment Castings - C. S. Treacy, M. Argueso & Co., Inc.

3. Pressurizing Wax Injection Machines - Paul Foley, Harcast Company

4. Spot Cooling of Investment Casting Dies - Paul Foley, Harcast Company

5. Quality of Wax Patterns as a Function of Wax Preparation & Injection - V. Stanciu

6. Computer-Aided Determination of Technological Time of Solidification of Wax Patterns - M. Jogos, I. Macasek, B. Posipil, K. Rusin, Technical University of Brno

7. High Speed Motion Picture Analysis of the Wax Injection Process - T.S. Piwonka, TRW, Inc.

8. Soluble Wax Cores in the Wax Department - Richard T. Carter Arwood Corporation

9. Wax Pattern Dimensional Variation in Automatic Injection Machines - John Hockin Electronicast Inc.

10. Standardized Wax Testing Die - J. H. Roberts, Consolidated Casting Corp.

11. Sophistication Without Complication Using Micro-Computer Programmable Controllers - Fred Ellin, Bescast Inc.

12. Formulating Pattern Waxes - Robert Horton, TRW Aircraft Components Group

13. Urea Pattern Process by Low Pressure Injection - Dr. Tadao Fujita, Associated Foundries Engineering Co. Ltd.

14. Update on Investment Casting Waxes - Ron B. Williams, Blayson Olefines Ltd.

15. Wax Dimensional Control with DOE (Design of Experiments) - Anant Kelkar, Wyman-Gordon Investment Castings

16. Continuous Wax Cooling at the Wax Injector Yields Higher Productivity - Bruce S. Phipps, MPI-Mueller Phipps International Inc.

17. Innovative Pattern Waxes to Satisfy Modern Casting Needs - John Argueso, M. Argueso & Co., C. Kovach, Signicast Corporation, G. Schiefelbein, Remet Corporation

18. Flow and Deformation of Casting Waxes in the Solidification Region - Dr. H. Monks, Dussek Campbell (UK) Ltd.

19. High Level Computer Control Wax Injectors - Bruce S. Phipps, Mueller Phipps International Inc.

20. Influence of Injection Parameters to the Dimensional Stability of Wax Patterns - Milan Horacek, Technical University Brno, Lubos Stefan, Walter-Deritend

21. Process Control for Pattern Production - Bruce Phipps, Mueller Phipps International

22. Plastic Injection Methodologies and Their Application in Wax Injection - Doug Neece, Howmet-TMP, Inc.

23. Quality in the Production of Wax Patterns - A. Huber, H. Bleier, Battenfeld IMT, C. Kukla, Mining University of Leoben

24. Injection Molding of Wax Patterns: Using Computational Fluid Dynamics and Flow Visualization to Understand Filling Behavior - Aleksander Cendrowicz, Jean-Christophe Gebelin, Mark Jolly and Stuart Blackburn, University of Birmingham

25. Significant Productivity Improvements from Solid Wax Injection Technology and Accompanying Automation - John Kight Worldsource Inc., Earl Powers C-Power Industries

26. Influence Of Tool Design And Process Parameters On Wax Patterns - A. Huber, H. Bleier, Battenfeld Injection Molding Technology, C. Kukla, Industrial Liaison Dept, University of Leoben/Austria, H. Loibl - Fotec Research and Technology

27. Wax Characterization - Jeffrey C. Niles, Marcelo Anibarro, and Harvey Fielder Remet Development Lab

28. Wax Temperature Control, And Its Effects On Your Casting Throughput - Bruce Phipps, MPI, Inc.

29. Tests for Determining Viscoelastic Properties of Investment Casting Waxes - Adrian Sabau, Oak Ridge National Laboratory

30. Process Control for Investment Wax Manufacturing - Paul Guinn, Kindt-Collins Company

31. Continuous Improvement Opportunities in the Wax Room - Ed Thorson, Pine Tree Castings

32. Knowing Your Investment Casting Process - Sam Scott, ESI North America

33. Digital Technology in the Wax Room - Bruce Phipps, MPI, Inc.

34. Application of Dynamical Mechanical Analysis & Rheometry for Measuring Dwell Time in FastForm Pattern Wax - Dr. Grant Bradley, Remet UK

35. Current Problems in The Wax Room & How They Are Best Overcome - Jeffrey Rich, Aaron Phipps, MPI, Inc., Andrew Miller, Andrew Bomberg, Tech Cast LLC.
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