1993 Table of Contents

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1993 / DB reference year
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1993 Table of Contents

1. Stereolithography resin improves part quality
2. Rapid Prototyping
3. Prototyping expands design's portfolio
4. Laser scanning and quasi-helical tool path definition of arbitrary curved surface models
5. Laser induced paste agglomeration: a new process for rapid prototyping
6. Development of a poly(methyl methacrylate-co-n-butyl methacrylate) copolymer binder system
7. Construction of multiple prototypes parts from computer-generated master models
8. Surface finishing techniques for rapid prototyping
9. Rapid prototyping techniques provide new tool for investment casters
10. Aircrew helmet design and manufacturing enhancements through the use of advanced technologies
11. New process creates prototypes -- fast
12. Rapid prototyping through reverse engineering
13. Study on the solidified depth parameters capable of quantitative comparison of photopolymers for three dimensional photofabrication
14. Development of a stereolithography preprocessor for model verification
15. Nanophase materials in solid freeform fabrication
16. Model of the selective laser sintering of bisphenol-A polycarbonate
17. Shape analysis of solidified photopolymer for the three dimensional photofabrication - measurement of critical exposure
18. Surface construction and contour generation from volume data
19. Interpolation of CT slices for laser stereolithography
20. Orientable closed surface construction from volume data
21. Integration of 3-D medical imaging and rapid prototyping to create stereolithographic models
22. Glimpse at rapid prototyping technologies
23. Photopolymers from stereolithography for photoelastic materials - calibration and application for two- and three-dimensional investigations
24. Selective laser sintering for the creation of solid models from 3D microscopic images
25. Solid models and rapid changes
26. Finite element analysis and modeling
27. Biphotonic process in stereolithography
28. Fluorescence probe studies of UV laser-induced polymerization of polyolacrylates: The post-polymerization process
29. Laminate tooling for injection moulding
30. Spatial reasoning for the automatic recognition of machinable features in solid models.
31. So rapid prototyping works. Now what?.
32. Free-form surface reconstruction for machine vision rapid prototyping.
33. Rapid prototyping: where the services are (with list of companies and their services).
34. Quick route to health.
35. Speeding to market.
36. Solid freeform fabrication finds new applications.
37. Automated product concept design: unifying aesthetics and engineering.
38. Rapid prototyping for investment casting.
39. Technology for the experts.
40. Rapid prototyping speeds product development.
41. Microstructure and properties of a Fe-C-Cu-MoS2 alloy prepared by laser sintering.
42. Rapid prototyping systems shorten design cycles.
43. Partnering: the key to dynamic product documentation.
44. What's hot and what's not (in CAD/CAM).
45. Fitting and regulating artificial limbs.
46. Rapid prototyping for artificial body parts.
47. Cutting a dash in modelling.
48. Art to part: Chrysler's rapid prototyping system can go from clay to finished panel in 109 hours--or less.
49. A glimpse at rapid prototyping technologies. (Focus '93: CAD/CAM/CAE)
50. Rapid prototyping process saves tooling costs; new technology can utilize same metal as finished part.
51. Stereolithography. (Laser Prototypes Europe)
52. Ford speeds modeling. (Ford Motor Co. purchases modeling equipment) (Insights) (Brief Article)
53. Computer to casting. (stereolithography machine from Soligen Inc. makes ceramic parts) (Brief Article)
54. Dennis K. Medler. (Who's Where) (Brief Article) Companies: DTM Corp. - Officials and employees People: Medler, Dennis K. - Selection, appointment, resignation, etc.
55. Yehudah Baron. (Who's Where) (Brief Article) Companies: Cubital Ltd. - Officials and employees People: Baron, Yehudah - Selection, appointment, resignation, etc.
56. Solid Freeform technology. (Advanced Research Projects Agency's request for proposal on development of Solid Freeform Manufacturing process)
57. Customers can also fund you. (Soligen gets investment money for foundry-equipment business from potential customers) (Brief Article)
58. Rapid prototyping moves to desktop.
59. Gold takes on new forms in this company's hands. (Soligen Inc.) (Company Profile)
60. Laser technology cuts pack time to market. (rapid prototyping machinery)
61. From a specialty to a mainstay. (electrical discharge machining becomes critical component of machining process)(includes related article)
62. Dennis K. Medler. (executive appointment) (Brief Article)
63. Making it quickly in metal. (prototyping)
64. Slicing and molding by computer. (rapid prototyping technology)

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