1999 Table of Contents

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1999 Table of Contents

1. Photo-electroforming: 3-D geometry and materials flexibility in a MEMS fabrication process
2. Laser generation of graded metal-carbide components
3. Processing and electromechanical properties of dome-shaped actuators fabricated by Fused Deposition of Ceramics
4. Design and fabrication of volume fraction gradient piezoelectric composites for medical imaging applications
5. Fabrication of curved ceramic/polymer composite transducer for ultrasonic imaging applications by Fused Deposition of Ceramics
6. Development of novel piezoelectric ceramics and composites for sensors and actuators by solid freeform fabrication
7. Integration of rapid prototyping and electroforming for tooling application
8. Coherent sweep plane slicer for layered manufacturing
9. Rapid prototyping using machining
10. Layer-by-layer prototyping technology for making castings
11. Epoxy tooling by stereolithography
12. Environmental performance analysis of solid freeform fabrication processes
13. Adaptive slicing and selective hatching strategy for layered manufacturing
14. Sheet steel lamination for rapid manufacturing
15. Region-based adaptive slicing
16. Rapid tooling for sand casting using laminated object manufacturing process
17. Gas-phase selective area laser deposition (SALD) joining of SiC
18. Rapid freezing prototyping with water
19. Thermal-expansion and fracture toughness properties of parts made from liquid crystal stereolithography resins
20. Automated fabrication of complex molded parts using mold shape deposition manufacturing
21. FDM systems and local adaptive slicing
22. Modeling and designing functionally graded material components for fabrication with local composition control
23. Some results of application of ICT and RP&M to CAD/CAM
24. Potholes along the road to CAD value
25. New developments in the Solid Freeform Fabrication of ceramic components
26. PM2TEC'99 points the way forward
27. Visualizing success
28. Developments in rapid thermoelastic analysis
29. Development of ceramic design objects by rapid-prototyping technologies
30. Genetic algorithms for optimized re-triangulation in the context of reverse engineering
31. Characterization of epoxy resins for microstereolithographic rapid prototyping
32. Making honeycomb microcomposites by soft lithography
33. Ceramic components: From prototype to small series
34. For your eyes only
35. Hexapod initiative - configurable manufacturing
36. Development of a new rapid prototyping interface
37. Manufacturing of high precision forming tool transferred from laser stereolithography models by powder casting method
38. Laminated object manufacturing for rapid tooling and patternmaking in foundry industry
39. Rapid tooling of EDM electrodes by means of selective laser sintering
40. Lamination of metal sheets
41. Strategies and applications for rapid product and process development in Daimler-Benz AG
42. Rapid prototyping issues in the 21st century
43. Rover's E-Build process assembles cars in the virtual world
44. Sequential laminated tooling, joined by brazing, for injection moulding
45. New rapid tooling technique and its special binder study
46. Experimental study of post-build cure of stereolithography polymers for injection molds
47. Development of a curved layer LOM process for monolithic ceramics and ceramic matrix composites
48. Considerations and selection of optimal orientation for different rapid prototyping systems
49. Slicing, Fitting and Linking (SFL): A modular triangulation approach
50. In-situ fabrication of sacrificial layers in electrodeposited NiFe microstructures
51. Three-dimensional microstructures created by laser microfabrication technology
52. Rapid prototyping of extrusion dies using layer-based techniques
53. Tracking control and trajectory planning in layered manufacturing applications
54. Form sheet metal with RP tooling
55. Fusion of digital photoelasticity rapid prototyping and rapid tooling technologies
56. Rapid prototyping: A tool for casting design and verification
57. Generation of an STL file from 3D measurement data with user-controlled data reduction
58. Development of a stereolithography file interface with ArtCAMTM
59. Design, representation and fabrication of designed materials
60. Modeling, sensing and control of droplet based solid freeform fabrication process
61. Hybrid modeling for control of rapid prototyping by plasma arc welding material deposition
62. Proceedings of the 1999 ASME Energy
63. Medical rapid prototyping and 3D CT in the manufacture of custom made cranial titanium plates
64. Deposition strategies and resulting part stiffnesses in fused deposition modeling
65. Novel technique for fabricating facial prosthetic model
66. EFAB: Rapid, low-cost desktop micromachining of high aspect ratio true 3-D MEMS
67. Freeform fabrication of functional microsolenoids, electromagnets and helical springs using high-pressure laser chemical vapor deposition
68. Structured design of integrated MEMS
69. Computer aided design and fabrication of models for in vitro studies of vascular fluid dynamics
70. Tool profile and tool path calculation for free-form thick-layered fabrication
71. 3D computer modeling of human cardiogenesis
72. Deformation analysis of thin elastic membranes in multiple contact
73. New forming progresses of fine ceramics by rapid prototyping
74. Rapid full densification of alumina-glass composites fabricated by a selective laser sintering process
75. Metal prototypes made in three days.
76. Model of the primary rearrangement processes at liquid phase sintering and selective laser sintering due to biparticle interactions.
77. Anatomical modeling into the millennium.
78. Solid freeform fabrication of in situ SiC/C thermocouples in macrocomponents.
79. Freeform fabrication of functional aluminium prototypes using powder metallurgy.
80. Advances in powder metallurgy processing.
81. So-new snowshoe.
82. DFMA to RP, ASAP.
83. Taking a powder.
84. A study on laser sintering of Fe-Cu powder compacts.
85. Feature-based robot machining for rapid prototyping.
86. Selective laser sintering: applications and technological capabilites.
87. A novel device for producing three-dimensional objects.
88. Layered-manufacturing of fiber-reinforced composites.
89. Temperature field regulation in thermal cutting for layered manufacturing.
90. An engineering model for laser-induced sintering of polymer powders.
91. Rapid prototyping advances with new machines & materials.
92. Strategic planning boosts optical prototyping efficiency.
93. Sizing up the situation.
94. Rapid prototyping.
95. Mass producing micromechanical devices.
96. RP speeds auto part production.
97. Selective laser sintering of an amorphous polymer--simulations and experiments.
98. Rapid prototyping based on image information in reverse design applications.
99. Rapid prototyping produces micron-sized parts.
100. Saving face (rapid prototyping in the operating room).
101. Rapid prototyping hits light speed.
102. Tooling applications of rapid prototyping.
103. A comparison of rapid fabrication methods for sheet metal forming dies.
104. Building ceramic parts layer by layer.
105. The prototype factory.
106. Consultants' corner (questions and answers).
107. The wired engineer: the Internet and the designer.
108. How industrial concepts become prototypes fast.
109. When it comes to new product development, rapid prototyping = risk reduction.
110. Rapid harvest (Deere & Co. traces its steps from concept through prototype to product).
111. Microfabrication by use of a spatial light modulator in the ultraviolet: experimental results.
112. Rapid prototyping.
113. Fraunhofer Center Delaware.
114. Effects of solvent-particle interaction kinetics on microstructure formation during three-dimensional printing.
115. A conversation with Tilak M. Shah; speed and technology keep medical processor a step ahead.
116. Melting of a subcooled mixed powder bed with constant heat flux heating.
117. Software beefs up tractor radiator-guard mount.
118. Advances in the skin trade.
119. EDM pioneer OAR Moldworks gears up for speed--and change.
120. Rapid prototyping of microfluidic systems in poly(dimethylsiloxane).
121. Plasma discharge spheroidization.(method for manufacturing metal powders)
122. PEOPLE ON THE MOVE.(multiple brief articles)(Brief Article)
123. NTT DATA SIGNS STEREOLITHOGRAPHY LICENSING DEAL WITH US CO.
124. India: M&M buys Stratasys' FDM Quantum (107).
125. AccuCast process eliminates need for a parting line.
126. Windows of opportunity.(AT&S Formenbau moulds windows for new Boeing 717)
127. Shifting goals for foundries in Germany and worldwide.
128. NIST's support of rapid prototyping standards.(National Institute of Standards and Technology)
129. Rapid prototyping of geometric sculptures.
130. Things We Love.(toymaker Gentle Giant Studios makes extensive use of the ThermoJet Solid Object Printer from 3D Systems)(Brief Article)
131. Working towards agile manufacturing in the UK industry.(Special Issue: Design and Implementation of Agile Manufacturing Systems)
132. Temperature field regulation in thermal cutting for layered manufacturing.
133. Layered-manufacturing of fiber-reinforced composites.
134. Austin, Texas-Based DTM Corp. Has New Set of Board Members.
135. Net shape forming of ceramics II.(conference sponsored by the University of Birmingham's IRC in Materials for High Performance Applications in the UK in November 1998)
136. Relief for weary bones.(includes related article on paleoengineers)(Smithsonian Institution's National Museum of Natural History's use of engineering technology)
137. Rapid prototyping system.(DTM introduces its Sinterstation 2500 plus system)
138. DTM Corporation Files Request for Hearing on Nasdaq Decision; Delisting Action Halted Pending Panel Decision on Appeal.
139. 3D Systems Corp.(Who's News)
140. 3D Systems Corp.(Who's News)
141. UPI Texas Business News Briefs.
142. Building the Future, One Layer at a Time.(rapid prototyping)
143. Rapid Prototyping in Space. Gov Agncy: United States. National Aeronautics and Space Administration

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