1998 Table of Contents

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1998 Table of Contents

1. Microprocessing at the fingertips
2. Rapid prototyping automation system for education and research
3. Integrated training program on product development
4. Telemanufacturing educational module and laboratory for engineering and technology students
5. Manufacturing education in Japan
6. Solid freeform fabrication methods for engineering ceramics
7. Solid freeform fabrication of organic-inorganic hybrid materials
8. Solid freeform fabrication: A new fabrication paradigm
9. Extrusion freeforming of Nylon 6 materials
10. Thermoplastic composites reinforced with long fiber thermotropic liquid crystalline polymers for fused deposition modeling
11. Machining of free-form solids using an octree volume decomposition approach
12. Applications of rapid prototyping to metal casting
13. Serial packing of arbitrary 3D objects for optimizing layered manufacturing
14. Rapid prototyping using excimer laser microfabrication system
15. Mathematical model for optimization of laser photoablated microstructures
16. Automated fabrication of monolithic ceramics and ceramic matrix composites (CMCs) using a novel rapid prototyping method
17. Evaluating aerodynamic characteristics of wind-tunnel models produced by rapid prototyping methods
18. On-line defect detection in layered manufacturing using process signature
19. Defect detection in indirect layered manufacturing
20. Progress in additive manufacturing and rapid prototyping
21. Efficient calculation of trapped volumes in the layered manufacturing process
22. Robots for rapid prototyping and for tooling of high volume workpieces
23. Rapid pattern based powder sintering technique and related shrinkage control
24. Rapid prototyping of ceramic components - review
25. Innovative rapid prototyping process makes large sized, smooth surfaced complex shapes in a wide variety of materials
26. Virtual prototyping for customized product development
27. Approach to modeling & representation of heterogeneous objects
28. Using SALDVI and SALD with multi-material structures
29. Producing metal parts with selective laser sintering/hot isostatic pressing
30. Generation of three-dimensional structure using metal jet
31. Shortening of the development time of light metal wheels
32. Development of monoclinic HBO2 as an inorganic binder for SLS of alumina powder
33. Micro-stereolithography for MEMS
34. Development of a biomechanically analogous cervical spine physical model
35. Rapid tooling for sheet metal forming using profiled edge laminations- design principles and demonstration
36. Fast milling demands precision
37. Toolmaking through rapid prototyping
38. Mineralization of multilayer hydrogels as a model for mineralization of bone
39. Prediction of the deformation in stereolithography products based on elastic thermal shrinkage
40. Finite element analysis of melting and solidifying processes in laser rapid prototyping of metallic powders
41. Comparison of rapid prototyping techniques used for wind tunnel model fabrication
42. Cladding formation in laser-beam fusion of metal powder
43. Efficient slicing for layered manufacturing
44. Development of a binder formulation for fused deposition of ceramics
45. Laser micro fabrication using green tape
46. Using CAD analysis tools to teach mechanical engineering technology
47. Polymer process optimization center: integration of NSF and industrial support
48. Integration of a rapid prototyping system in a MET curriculum
49. Feasibility study of EDM tooling using metalized stereolithography models
50. Rapid prototyping for orthopaedic surgery
51. Cylinder head design utilizing rapid development tools
52. Missing link between rapid prototyping and physical testing
53. Developments at Daimler-Benz and Ford
54. Application of the Taguchi method and new hatch styles for quality improvement in stereolithography
55. Solid freeform fabrication of ceramics
56. Proceedings of the 1998 TMS Fall Meeting
57. Direct fabrication of ceramics, CMCs by rapid prototyping
58. Freeform fabrication of hydrogels
59. US consortium focuses on LENS
60. AeroMet implementing novel Ti process
61. Method for assessing geometrical errors in layered manufacturing. Part 2: Mathematical modelling and numerical evaluation
62. Method for assessing geometrical errors in layered manufacturing. Part 1: Error interaction and transfer mechanisms
63. Octree reinforced thin shell objects rapid prototyping by fused deposition modelling
64. Rapid prototyping assisted surgery planning
65. Integrating rapid prototyping and tooling with vacuum casting for connectors
66. Use of reverse engineering method for rapid product development
67. Liquid phase sintering of M3/2 high speed steel by selective laser sintering
68. Reversing the process
69. Feature-based part modeling and process planning for Rapid Response Manufacturing
70. Comparison of rapid prototyping technologies
71. Optimizing build parameters for improved surface finish in stereolithography
72. Biomedical applications of rapid prototyping systems
73. Multiphase jet solidification (MJS) rapid prototyping technology in fabricating metal porous materials
74. Designing a fluid pump for microfluidic cooling systems in electronic components
75. Abrasive jet deburring of jewellery models built by stereolithography apparatus (SLA)
76. Interfacial characteristics of composites fabricated by laminated object manufacturing
77. Proceedings of the 1997 5th International Conference on Interfacial Phenomena in Composite Materials
78. Implementation of Rapid Prototyping technology - a Hong Kong manufacturing industry's perspective
79. Rapid prototyping by free sintering method (1st report). Fundamental study
80. Fabrication of 3D microstructures using micro stereolithography (1st report) - a proposal of a new type micro stereolithography and simulation of curing shape of resins
81. Measurement of heat distribution in stereolithography electrodes during electro-discharge machining
82. Shape deposition manufacturing with microcasting: Processing, thermal and mechanical issues
83. Beyond rapid prototyping to direct fabrication: Forming metallic hardware directly from a CAD solid model
84. Design considerations for RTM fabricated components
85. RTM aerospace components developed using rapid prototype tooling
86. Study on multifunctional rapid prototyping manufacturing system
87. Manufacturing and product development in the USA, in particular in the Los Angeles Basin and the strategic training and implementation of high manufacturing technology
88. Planar and variable-diameter jets for uniform droplet sprays
89. Direct fabrication of ceramics and composites through Laminated Object Manufacturing (LOM)
90. Prototype tooling and manufacturing through Laminated Object Manufacturing (LOM)
91. Beyond rapid prototyping - a seamless transition from CAD to manufacturing
92. CAD, CAM, CFD and stereolithography in switchgear design
93. Online functional testing with rapid prototypes: a novel empirical similarity method
94. Direct laser freeform fabrication of high performance metal components
95. Stereolithography for the fabrication of ceramic three-dimensional parts
96. Multi-criteria geometric optimization problems in layered manufacturing
97. Proceedings of the 1998 14th Annual Symposium on Computational Geometry
98. Evaluation of virtual reality interface for product shape designs
99. Optical and thermal parameters characterization in CO2 laser application in thermosensitive resins using stereolithography processes
100. Computer-assisted gripper and fixture customization using rapid-prototyping technology
101. Research on improving rapid prototyping
102. Concurrent intelligent rapid prototyping system framework
103. Dextrous exploration of a virtual world for improved prototyping
104. On-line detection of defects in layered manufacturing
105. Proceedings of the 1998 IEEE International Conference on Robotics and Automation. Part 1 (of 4)
106. Managing experimentation in the design of new products
107. Systems control for a micro-stereolithography prototype
108. New technique of stereolithography to local curing in thermosensitive resins using CO2 laser
109. Photomolding in microsystem technology
110. Direct-write fabrication of integrated, multilayer ceramic components
111. Economic and technical viability of integral passives
112. Rapid prototyping of metal parts by three-dimensional welding
113. Microblasting characteristics of jewellery models built using stereolithography apparatus (SLA)
114. Shelling operation for triangular mesh by vertex offsetting
115. Rapid prototyping by selective electrodeposition using electrolyte jet
116. Experimental investigation into the effect of hatch pattern in stereolithography
117. 3D scanning and level of detail modelling for design and manufacturing
118. Freeform fabrication of ceramics
119. Techniques for firm tooling using rapid prototyping
120. Multiple material solid free-form fabrication by selective area laser deposition
121. Speed is redefined for rapid prototyping
122. RP industry's growing pains
123. San Diego State University collaborates with industry on training and product realization
124. Using dexels to make hollow models for rapid prototyping
125. RSVP: a geometric toolkit for controlled repair of solid models
126. Laser step shaping for laminated object manufacturing parts
127. Analysis and optimization of electromechanical devices based upon a kinematic model
128. Virtual prototyping of die design. Part two: Algorithmic, computational, and practical considerations
129. Machining of three-dimensional microstructures in silicon by electro-discharge machining
130. Art to part
131. Data front-end for layered manufacturing
132. Rapid prototyping of composite parts using resin transfer molding and laminated object manufacturing
133. Part orientation and build cost determination in layered manufacturing
134. Application of PIV (particle image velocimetry) and flow visualization to the coolant flow through an automotive engine
135. Development of a CAD environment to determine the preferred build-up direction for layered manufacturing
136. Advances in modeling the effects of selected parameters on the SLS process
137. Direct rapid tooling: A review of current research
138. Motion compensation for five-axis rapid prototyping system
139. Abrasive flow finishing of stereolithography prototypes
140. Open architecture controllers for machine tools, Part 1: design principles
141. Rapid prototyping
142. Application of reverse engineering in rapid product development
143. Implementation and evaluation of thin-shell rapid prototype
144. Study of adhesive strength of metal backing to stereolithography molds
145. Prototyping and plastic parts design
146. Fundamentals of product development getting to market in one half the time]
147. Wired engineer: emerging technologies and the designer
148. Mechanical property performance comparison for plastic parts produced in a rapid epoxy tool and conventional steel tooling
149. 3D microwave photonic crystals: Novel fabrication and structures
150. Laser forming titanium components
151. Agile manufacturing: Enablers and an implementation framework
152. Optimising burn-out parameters for direct casting of stereolithography models
153. Effects of processing conditions on parts reinforced with short fiber TLCP's generated via fused deposition modeling
154. Analysis of metal coating effects on stereolithography tooling for injection molding
155. Polishing of stereolithography injection molds
156. Post build cure of stereolithography polymers for injection molds
157. Effect of fiber orientation on the mechanical properties of an injection molded part and a stereolithography-insert molded part
158. Proceedings of the 1998 56th Annual Technical Conference, ANTEC. Part 1 (of 3)
159. Practical examples: Using scan data for reverse engineering
160. Eliminating prototype tooling in metal casting yields a seamless transition from CAD to manufacturing - a case study
161. Implementation of the process chain from point data acquisition to rapid tooling of a ship propeller
162. Multiple material machining: A new RP technology
163. Rapid tooling for medical products using 3D-Keltool
164. Review of particulate materials processing in additive freeform fabrication
165. Advances & applications in solid modeling
166. Development of time compression technologies for fast response manufacturing
167. Review of U.S. Army powder metallurgy R&D activities
168. Parametric modelling of drinking bottles
169. Virtual reality-based rapid prototyping design for micro-electro-mechanical system
170. Replacement of biological parts using solid freeform fabrication technologies
171. Characterizing the microstructure of fused deposition polymer components
172. Proceedings of the 1997 ASME International Mechanical Engineering Congress and Exposition
173. Photopolymerization by evanescent waves: A new method to obtain nanoparts
174. Use of electroforming for engineering tool production
175. Shaping a thermoplastic object in the desired form without costly mechanical processing
176. Proceedings of the 1997 13th International Conference on Computer-Aided Production Engineering
177. Optical transmission in highly concentrated dispersions
178. Porous hygroscopic material
179. Study of the state-of-the-art rapid prototyping technologies
180. Integrated experimental approach to link a laser digitiser, a CAD/CAM system and a rapid prototyping system for biomedical applications
181. Selective laser sintering of bimetallic powder compositions
182. Characterization of surface fault patterns with application to a layered manufacturing process
183. Microfabrication of conducting polymer devices by ink-jet stereolithography
184. Use of stereolithography as a design tool for developing quiet plate mobile air conditioning evaporators
185. Controlled brake component development process
186. Thermal spray: New technology is its lifeblood
187. Virtual prototyping approach to product disassembly reasoning
188. Spray forming aerospace alloys
189. Piezoelectric ceramics and composites via rapid prototyping techniques
190. Thermomechanical analysis of the laminated object manufacturing (LOM) process
191. Effects of processing conditions on short TLCP fiber reinforced FDM parts
192. Computer-aided build style decision support for stereolithography
193. Six keys to success in single piece production.
194. CAD, rapid prototyping power design time.
195. Sculpting new forms.
196. Melting and resolidification of a subcooled mixed powder bed with moving Gaussian heat source.
197. Detroit Diesel unveils SUV-specific engine.
198. Vacuum forming of compound curved surfaces with a variable geometry mold.
199. UV microstereolithography system that uses spatial light modulator technology.
200. Controlled metal build-up, selective metal sintering is a plus for rapid prototyping.
201. Holographic characterization of epoxy resins at 351.1 nm.
202. Model construction in the fast lane.
203. Rapid milling for prototypes.
204. Cutting time and cost with virtual prototyping.
205. Laser-formed titanium parts.
206. Motorola pioneers application of MIT-developed tool systems.
207. A design-to-manufacture case study: automatic design of post-fabrication mechanisms for tubular components.
208. Face off.
209. Slice of life.
210. RP roundup.
211. Make the model, make the part.
212. Rapid prototyping improves diamond bit design, performance.
213. Lower-cost, high-speed modelmakers challenge full-scale prototypers.
214. Have you considered using real models?.
215. Skin & bones, but plenty tough.
216. Quick march.
217. Breaking the mould.
218. 3D printing with metals.
219. Fast tooling (from AlliedSignal's Powder Injection Molding Group).
220. Rapid moves.
221. Rapid prototyping roundup.
222. Rapid tooling & prototyping get even speedier.
223. Chrysler's "clean sheet" V6.
224. Hexapods to take over?.
225. Concept modelers: the latest trend in rapid prototyping.
226. Rapid prototyping changes industry views of concepts.
227. Adaptive structures.(developments in 1998)
228. The Need for Speed.(Rapid Prototyping Directory)()
229. Timesaving techniques.
230. Stereolithography Showing Promise, Costs Impact Uses.
231. Challenges growing in rapid prototyping. (rapid prototyping competes with engineering businesses)
232. Composite moves step closer to direct tooling.(Helisys Inc. introduces durable, highly moisture-resistant composite called LOMComposite LGF 045)
233. A touch of science.(creating physical objects from computer graphics representations)
234. Rapid prototyping and tooling for the next millenium.(Centre for Rapid Design and Manufacturer, England)
235. Industry's amazing instant prototypes.
236. 25 WINNING TECHNOLOGIES.(companies with good technology usage)
237. Pueblo Community College in Colorado Uses Rare Stereolithography Machine.
238. Helisys stock delisted, slashes workforce amid crisis.
239. ... and fast ceramic molding process. (AlliedSignal Powder Injection Molding Group and 3D Systems Corp. ally to upgrade ceramic injection molding process)
240. Rapid prototyping allows fast design changes.
241. Spare parts made on the spot.(rapid prototyping)
242. 3D Systems. (selects Howard, Merrell & Partners) (Advertising) (Accounts)
243. 3D Systems Corp.(Digest of Earnings Reports) Companies: 3D Systems Corp.
244. Stratasys Inc.(Digest of Earnings Reports) Companies: Stratasys Inc. - Finance
245. Helisys Inc. (Gary S. Moskovitz; Michael Feygin) (Who's News) Companies: Helisys Inc. - Officials and employees
246. DTM Corp.((Earnings Digest)) Companies: DTM Corp. - Finance
247. Soligen Technologies.(Digest of Earnings Reports) Companies: Soligen Technologies Inc. - Finance
248. 3D Systems Corp. (Who's News)
249. Rapid Cost Cuts RP sales up as prices plummet.(rapid prototyping)

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