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J. Li
Precise rapid prototyping
I. Mtikela, A. Dolenc (1993)
Some Efficient Procedures for Correcting Triangulated Models
Young Choi (1990)
Rapid prototyping from 3D scanned data through automatic surface and solid generation
Inc. 3D Systems
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T. Vouzelaud, A. Bagchi
Adaptive lamina generation for shape dependent process control and/or object decomposition
S. Ashley (1991)
Rapid prototyping systemsMechanical Engineering, 113
Ø. Bjørke (1991)
How to Make Stereolithography into a Practical Tool for Tool ProductionCIRP Annals, 40
R. Crawford (1993)
Computer Aspects of Solid Freeform Fabrication: Geometry, Process Control, and Design
J. Li
Improving stereolithography parts quality ‐ practical solutions
P. Vuyyuru, C. Kirschman, G.M. Fadel, A. Bagchi, C. Jara‐Almonte
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Inc. 3D Systems
StereoLithography Interface Specification
S. Rock, M. Wozny (1991)
A Flexible File Format for Solid Freeform Fabrication
C.R. Gilman, M.J. Wozny
The feasibility and limitations of the STEP form feature information model as a conceptual schema for form features
K. Ganesan, G.M. Fadel
Hollowing rapid prototyping parts using offsetting techniques
A. Dolenc, I. Mäkelä (1994)
Slicing procedures for layered manufacturing techniquesComput. Aided Des., 26
M. Burns (1993)
Automated Fabrication: Improving Productivity in Manufacturing
S. Guduri (1993)
Direct Generation of Contour Files from Constructive Solid Geometry Representations
D. Frank, G.M. Fadel
Preferred direction of build for rapid prototyping processes
Charles Gilman, S. Rock (1995)
The Use of STEP to Integrate Design and Solid Freeform Fabrication
Rapid prototyping systems are controlled by a computer which uses the CAD representation to build parts according to an additive plane layering process. The computer controls a laser beam or a print head, or any process that leads to the formation of a slice of a part using resins, powders, paper, wax or other materials. The original CAD representation is translated into commands to drive the process, and accuracy issues will make or break these emerging technologies. It is therefore important to understand where the errors stem from, what are the issues associated with the software representation formats, and how to minimize or eliminate these errors. Presents a summary of CAD to RP software formats, and explains the accuracy issues associated with the selected representation. Discusses improvements that can be obtained by process modifications.
Rapid Prototyping Journal – Emerald Publishing
Published: Jun 1, 1996
Keywords: CAD; Computers; Prototyping
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