2003Journal of Tsinghua University(Science and Technology)Requires access

Configuration design in parallel-machine-tool virtual prototyping

Liping Wang

Open publisher page 1 citations

Abstract

Configuration and dimensional designs are the most important techniques in parallelmachinetool (PMT) design. A design flow and a system structure were developed for configuration design in PMT virtual prototyping development. The method integrates four interactional PMT configuration design methods for PMT conceptual design. A design sample was given to illustrate the key techniques in conceptual design for PMT virtual prototyping such as design requirement specification, motion dispatching, conceptual design, kinematic analysis and design, 3D modeling and simulation. A software package was developed for PMT virtual prototyping conceptual design with Unigraphics development tools (UG/Open and UG/Open++) and Visual C++.

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What this paper is about

Configuration and dimensional designs are the most important techniques in parallelmachinetool (PMT) design. A design flow and a system structure were developed for configuration design in PMT virtual prototyping development. The method integrates four interactional PMT configuration design methods for PMT conceptual design. A design sample was given to illustrate the key techniques in conceptual design for PMT virtual prototyping such as design requirement specification, motion dispatching, conceptual design, kinematic analysis and design, 3D modeling and simulation. A software package was developed for PMT virtual prototyping conceptual design with Unigraphics development tools (UG/Open and UG/Open++) and Visual C++.

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Available abstract

Configuration and dimensional designs are the most important techniques in parallelmachinetool (PMT) design. A design flow and a system structure were developed for configuration design in PMT virtual prototyping development. The method integrates four interactional PMT configuration design methods for PMT conceptual design. A design sample was given to illustrate the key techniques in conceptual design for PMT virtual prototyping such as design requirement specification, motion dispatching, conceptual design, kinematic analysis and design, 3D modeling and simulation. A software package was developed for PMT virtual prototyping conceptual design with Unigraphics development tools (UG/Open and UG/Open++) and Visual C++.

Key concepts: Virtual prototyping, Conceptual design, Rapid prototyping, Design flow, Computer science, Software, Engineering drawing, Key (lock)

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