Product Description
1. WAX REMOVAL- F. VALENTA
2. A PULSE VACCUM MOULD DRYING (PVD) SYSTEM- H. YAMAYA
3. DESSICANT DEHUMIDIFICATION APPLICATION AND BENEFITS- S. GOLAND
4. METHOD FOR AUTOMATED STUDY OF SHELL DRYING-S. MATCHETT
5. THREE DIMENSIONAL PRINTING OF CERAMIC SHELLS AND CORES FOR METAL CASTING-
E. SACHS/M. CIMA/J. BREDT
6. ON-LINE MONITORING OF SHELL DRYING CYCLES-J. MacGIBBONS/S YATES/C McNAUGHTON
7. CERAMIC PROCESS CONTROL THROUGH DESIGN OF EXPERIMENT- J. JACKSON
8. INVESTIGATION INTO DRYING BEHAVIOUR OF WATER BASED SLURRIES- S. JONES
9. ISOTHERMAL DRYING OF SHELLS- B KREIGER/ J SVBODA
10. DRYING CHARACTERSTICS OF WATER BASED SHELL-S LEYLAND
11. SHELL DRYING OF WATER BASED - J SNOW/ D SCOTT
12. PANEL DISCUSSIONS ON SHELL CRACKING - F. BERCHIOLLY
13. DRYING OF WATER BASED SHELL- P WITHEY
14. WHAT HAPPENS DURING AUTOCLAVE DEWAXING- J SNOW
15. DEWAXING-PRELIMINARY RESULTS FROM FOCAST- S JONES/ M JOLLY
16. DEWAXING- RESULTS FROM FOCAST- S JONES/ M JOLLY
17. HIGH TEMPERATURE SHELL PERMEABILITY- T HAHN/ R ROSMAIT
18. THERMAL PROFILES AND EFFECT OF MOISTURE…DEWAX- S JONES
19. PERMEABLE PRIME COATS:EFFECT ON DEWAX CRACKING0 J SNOW/ D SCOTT
20. IMPORTANCE OF GREEN MOR FOR AUTOCLAVE CRACKING- T BRANSCOMB
21. TECHNIQUES OF MOULD DEWAXING- H PICKARD
22. DEWAX AUTOCLAVE-M. PICKARD
23. RAPID SHELL BUILD…DEWAX IN MINUTES- S JONES
24. STRENGTH DEVELOPMENT--FIBRE ENHANCED-DRYING TIME- T BRANSCOMB
25. THE SUCCESS OF DATA ACQUISITIONS, PRODUCTION AUTOCLAVES-- B KRUSE/ VON RICHARDS
26. EFFECTS OF WAX VISCOSITY AND SHELL PERMEABILITY ON SHELL CRACKING-
C WHITEHOUSE/ B DAHLIN
27. FROM 7 DAYS TO 7 HOURS- J SCHDLICH-STUBENRAUCH
28. A STASTICAL APPROACH TO IMPROVING DEWAX PERFORMANCE- M OLES
29. AUTOCLAVE AND FLASH FIRE DEWAX METHODS- D MARION
30. PARAMETRIC MODELING OF THE AUTOCLAVE DEWAXING PROCESS- E DRUSCHITZ/P SCARBER/A DRUSCHITZ
31. INNOVATIVE DEWAX METHOD UNLOCKS POTENTIAL- T BRANSCOMB
32. AUTOCLAVE DEWAXING- M.PICKARD- WCIC 2nd
33. AUTOCLAVE NG FOR GENTLE DEWAXING- MK
34. CERAMIC CORE REMOVAL
35. CHARACTERISATION OF RAPID SHELL
36. MICROWAVE DRYING SYSTEM
37. G2 STUCCO
38. UTILIZING MODERN TECHNOLOGY TO OPTIMIZE
39. MICROWAVE DRYING
40. INVESTIGATING THE BEHAVIOR
41. ENERGY RECLAIMING SYSTEM
42. AN EVALUATION OF AUTOCLAVE PERFORMANCE
43. DRYING OF MOULDS- MG PERRY, AJ SHIPSTONE
44. IMPROVED DRYING EFFICIENCY
45. DEVELOPMENT OF ADVANCED CORES AND CASTINGS
46. EFFECTS AND ANALYSIS OF THERMAL STRESSES ON CORE SETTERS
47. A BRIEF LOOK AT METALTEK
48. INTERCOAT DRYING AND SHELL PROPERTIES
49. DEPUY SYNTHES
50. ADVANCES IN SHELL ROOM
51. TRANSFORMING THE FUSED SILICA SHELL SYSTEM
52. ADVANCED ROBOTIC SHELL ROOM MANAGEMENT
53. IMPROVEMENTS IN BURNOUY FOR PRINTED PATTERNS
54. MONITORING DRYING OF WATER BASED CERAMIC SHELL MOULDS- M. LEADBUTTER
55. THE EFFECT OF REMOVING DUST FROM BACKUP SYSTEM
56. DRYING OF CERAMIC SHELL MOLDS- JD JACKSON
57. INFLUENCE OF MOLD AND WAX ON DEWAXABILITY- B FERG
58. A COMMON SENSE METHOD FOR AUTOCLAVE DESIGN- KERMIT BUNTROCK
