Configuration design in parallel-machine-tool virtual prototyping
Liping Wang
Abstract
Liping Wang
Abstract
Configuration and dimensional designs are the most important techniques in parallelmachinetool (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, 3D 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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Configuration and dimensional designs are the most important techniques in parallelmachinetool (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, 3D 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)