Table of Contents - 2002 (Backfills for previous years)

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Table of Contents - 2002 (Backfills for previous years)

1. A new technique for the resection and reconstruction of cranial tumours.
2. Accuracy of Stereolithographic Models in Human Anatomy.
3. Applications of Rapid Prototyping to Surgical Planning - A Survey of Global Activities.
4. Biomodel guided stereotaxy.
5. Biomodel guided stereotaxy.
6. Biomodel guided stereotaxy.
7. Biomodelling: Future Directions.
8. Cerebrovascular biomodelling.
9. Cerebrovascular biomodelling.
10. Cranioplastic Biomodelling
11. Custom cranioplasty using stereolithography and acrylic.
12. Evaluation of 3-D scan file manipulations, interpolations and representations for biomodelling.
13. Evaluation of spiral CT in basal lesions.
14. Evolving Techniques in 3D Biomodelling. The Role of Imaging.
15. Model Guided Stereotactic Surgery
16. Model Guided Stereotactic Surgery.
17. Neurosurgical Biomodelling.
18. Neurosurgical Biomodelling: The Clinical Utility of Real Virtuality.
19. Orthopaedic biomodelling.
20. Paediatric biomodelling - solid imaging in children.
21. Rapid Prototyping Technology: a unique approach to the diagnosis and planning of medical procedures.
22. Spinal Biomodelling.
23. Spinal Biomodelling.
24. Spinal Biomodelling.
25. Stereolithographic (SL) biomodelling in craniofacial surgery.
26. Stereolithographic (SLA) Biomodelling in Craniofacial and Cranioplastic Surgery.
27. Stereolithographic (SLA) Biomodelling in Craniofacial Surgery.
28. Stereolithographic (SLA) Biomodelling in Cranioplastic Implant Surgery.
29. Stereolithographic (SLA) Biomodelling in Head and Neck Surgery.
30. Stereolithographic (SLA) Biomodelling in Neurosurgery.
31. Stereolithographic (SLA) Biomodelling in Surgery, Preliminary Results at Eighteen months.
32. Stereolithographic (SLA) Biomodelling: Neurosurgical Applications.
33. Stereolithographic (SLA) Modelling in craniofacial and cranioplastic surgery.
34. Stereolithographic biomodelling and teleradiology.
35. Stereolithographic biomodelling in head and neck surgery.
36. Stereolithographic Biomodelling in Skull Base Surgery.
37. Stereolithographic Biomodelling in Skull Based Tumour Surgery.
38. Stereolithographic Biomodelling.
39. Stereolithographic Biomodelling in Head and Neck Surgery.
40. Stereolithographic modelling as an aid to orbital brachytherapy.
41. Stereolithography from tomographic scanning of extinct animals.
42. Surgery moves into the third dimension.
43. The 3-D Image and Stereolithographic (SL) Biomodelling.
44. The Australian Biomodelling Project 1991-1997.
45. The Australian Biomodelling Project
46. The Australian SLA Modelling Project.
47. The utility of biomodelling in orthopaedics.
48. A Virtual Reality model of the human ventricular system
49. A rapid prototype model of the human ventricular system
50. Rapid prototyping of injection moulds
51. A new user part for performances evaluation of rapid prototyping systems
52. Metallisation and Rapid Tooling
53. Investigation on cantilever curl distorsion of stereolithographic parts
54. Integrating reverse engineering, rapid prototyping and investment casting in the jeweller's craft
55. Investigation on both dimensional and shape stability of rapid prototyping parts
56. Investigation on stereolithography accuracy on both solid and Quick-Cast parts
57. Tensile tests, thermal measurements and photoelasticity observations of specimens producted by stereolithography techniques
58. Comparison of Rapid Tooling Techniques for Plastic Injection Moulds
59. Manufacturing of Plastic Injection Mould Using Stereolithography EDM Electrodes
60. Advance in both Rapid Prototyping and Rapid Tooling Techniques
61. Advance in both Rapid Prototyping and Rapid Tooling Techniques
62. Investigation on rapid tooling techniques for moulds and dies fabrication
63. Investigation on surface features of rapid prototyping parts
64. Particles' formation and deposition in the Sanders RP process
65. Application of rapid prototyping techniques in the jewellery industry
66. Comparison of rapid tooling techniques for moulds and dies fabrication
67. Employment of laminate tooling techniques for mould fabrication
68. Non conventional characterisation of stereolithographic parts
69. Evaluation of inserts for modular thermoplastic injection moulds produced by spin casting
70. Manufacturing of EDM electrodes with rapid tooling techniques
71. Comparison of reverse engineering techniques for jewelry prototyping,
72. Application of a piezoelectric reverse engineering system to jewellery prototyping
73. Micro joining mechanisms between metal particles in the SLS technique
74. Rapid Stress Validation With FDM-ABS-Models
75. Stereolithography Tools For Injection Molding Of Wax Patterns On The Investment Casting Industry - A Case Study
76. Selecting Either Layered Manufacturing Or Cnc Machining To Build Your Prototype
77. Session 1: Utilizing Computer Stereoscopy: Redefining 3D
78. Session 2: The Use Of Computer Stereoscopy In The Rapid Prototyping Process
79. High Speed Milling By Using STL-Technology
80. Automated Reverse Engineering: Streamlining The Product Development And Manufacturing Process
81. Use Of The V-Process As A Rapid Prototype Casting Technique
82. The Influence Of Concept Modeling On The Anatomical Modeling Market
83. Using 3D Printing From Concept To Production
84. The Creation Of A Thermal Forming Tool Utilizing Stereolithography And High Temperature Resin
85. Utilizing Cryogenics Processing To Increase The Physical Properties Of Rapid Prototyping Materials
86. Direct Croning (R) - The Fastest Way To Prototype Castings
87. Three-Dimensional Printing: A Tool for Solid Modeling

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