1994 Table of Contents

Use the browser's BACK button to return to the SEARCH RESULTS pages.

1994 / DB reference year
PREV and NEXT link to numerically adjacent references for this YEAR.

Mom's Search Page | Prev | Next | Contents

1994 Table of Contents

1. Laser stereolithography as a new branch in building of models
2. Rapid mold prototyping through investment casting
3. Using stereolithography to produce production injection molds
4. Utilizing stereolithography to produce a rapid prototype thermoforming mold
5. Total product modeling: the use of CAE/CAD/CAM, rapid prototyping, & vacuum casting technologies in product definition, verification & analysis, and testing
6. Art-to-part case studies
7. Proceedings of the 1994 International Mechanical Engineering Congress and Exposition
8. G-WoRP: A geometric workbench for rapid prototyping
9. Offset curves in layered manufacturing
10. Layered manufacturing control parameters and material selection criteria
11. Ultraviolet curable ceramic suspensions for stereolithography of ceramics
12. Selective Laser Sintering of metals
13. Proposed design methodology for layered manufacturing
14. Synthesis of optimal shape and topology of structures
15. At the cutting edge of manufacturing technology - Australian style
16. Rapid product development in the USA, Europe and Japan
17. Ceramic composites fabricated by selective laser sintering
18. CIMOSA model creation and execution for a casting process and a manufacturing cell
19. Light on manufacturing
20. CSG-based model preparation for rapid prototyping
21. Stereolithography with thermosensitive resins using a CO2 laser
22. Rapid prototyping gains use in automotive toolmaking
23. Solid free form fabrication using stereolithography
24. Desktop manufacturing. LOM vs pressing
25. Virtual prototyping - An approach using VR-techniques
26. Laser stereolithography: enlightened modeling
27. Stereolithography and 3D storage
28. From rapid prototyping to rapid manufacturing
29. Geometric and computational aspects of manufacturing processes
30. Three-dimensional rapid prototyping technologies and key development areas
31. Optical system analysis of the rapid prototyping - Identification of the laser power density distribution
32. Direct dynamic testing of stereolithographic models
33. Proceedings of the 1993 ASME Winter Annual Meeting
34. Comparative study of rapid prototyping technology
35. Manufacturing Division Colloquium on Rapid Phototyping in the UK
36. Rapid wind tunnel prototype using stereolithography and equivalent technologies
37. Rapid prototyping for experimental analysis
38. Rapid prototyping technologies
39. Rapid prototyping, the integrated CAD approach
40. RP justification
41. Application of rapid prototyping within rover group
42. Quick primer on rapid fabrication
43. Architecture combination by micro photoforming process
44. Integration of rapid prototyping into product development
45. Selection and evaluation of SFM systems
46. Boundary evaluation for solid freeform fabrication
47. Linear and geometric accuracies from layer manufacturing
48. Lasers shine for prototype shop
49. Rapid prototyping and tooling technologies
50. Rapid prototyping pilot for an electronic chassis
51. Prototype spray metal injection mold for long fiber reinforced thermoplastic part
52. Rapid mold prototyping through investment casting
53. Using stereolithography to produce production injection molds
54. Utilizing stereolithography to produce a rapid prototype thermoforming mold
55. Piston maker focusing on the future
56. Selective laser sintering automates wax pattern fabrication
57. Synthetic tomographic image phantom for 3D validation
58. Robot-assisted shape deposition manufacturing
59. Rapid prototyping options shrink development costs
60. CAD/CAM.
61. Prototyping that bypasses model construction.
62. Don't forget CNC in rapid prototyping.
63. Hardware costs drop for Japanese prototyping.
64. [Gordon] Styles jumps his first hurdles.
65. European engineers take quickly to rapid prototyping.
66. Seamless design-to-manufacture of marine propulsers: a case study for rapid response machining.
67. 3D lithography used to decorate containers.
68. Laser system nondestructively replicates fossils.
69. Prototyping with advanced tools.
70. Solid modeler helps small company with big jobs (Varimetrix).
71. 'CAD do' attitude improves medical designs.
72. Desktop machining without machinists.
73. Up and running; how Chrysler uses stereolithography to cut time, save money and reduce waste.
74. Rapid prototyping shows rapid progress.
75. How 'swift samples' buy you time.
76. Prototyping options: rapid vs. conventional. (includes related articles)
77. Smashing the design bottleneck. (rapid prototyping)
78. Rapid prototyping with paper. (General Motors Corp.'s Rapid Prototyping Dept. develops prototypes using laminating paper and Laminated Object Manufacturing System) (Tech Briefs) (Brief Article)
79. New parts, pronto: rapid prototyping systems make the jump from space-age technology to everyday use.
80. Printing in 3-D. (stereolithography)
81. Winning the race to market. (rapid prototyping) (includes related article)
82. Model packaging lines. (Performance Index, a new mathematical model for measuring packaging efficiency; includes articles about simulated packaging software, 3-D computer-aided design software and stereolithography technology)
83. Rapid prototyping speeds highway connections. (junction boxes)
84. Constructive shell representations for freeform surfaces and solids. (Technical)
85. Speeding along to manufacturing. (includes related articles on computer aided manufacturing) (special supplement)
86. Anthropology meets rapid prototyping. (rapid prototyping to produce replicas of human bones)
87. Rapid prototyping key to fast development.
88. DTM. (sale of service bureau unit) (Brief Article)
89. DTM. (patent suit) (Brief Article)
90. Cubital. (names South Korea's RPM to distribute rapid-prototyping equipment) (Brief Article)
91. Soligen sets A-RPM acquisition. (Soligen Technologies Inc.)
92. Stratasys Inc. (New Securities Issues)
93. Next stop - virtual prototyping? (automobile parts manufacture)

Mom's Search Page | Prev | Next | Contents