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Development of the Parameterized Design System for Shell Parts’ Cavity of Mechatronic Insturments with SolidWorks

Author: HuiZuo
Tutor: HuangYuMei
School: Xi'an University of Technology
Course: Mechanical Engineering
Keywords: Further Development of SolidWorks Shell parts model library Parametric Design
CLC: TH70
Type: Master's thesis
Year: 2007
Downloads: 100
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Abstract


With the extensive application of CNC machine tools , small shell cavity machining on CNC machine tools is more and more widely . With the speed of product replacement , in small quantities , many kinds of products , small shell design efficiency and design quality put forward higher requirements , and the use of CAD technology the shell parts aided design is an inevitable trend . Therefore, the enterprise needs to the three-dimensional modeling software SolidWorks as a development platform , in order to the Visual Basic6.0 programming tool for development , the development of computer-aided design system in a study a class of small processing shell parts study , the main contents and results are as follows : (1) of the shell parts model library modeling principles and key technologies in-depth research , and on this basis , the full service-based CAPP , CAM consider creating basic The casing parts model library and the housing part feature set information model library . (2 ) secondary development technology of SolidWorks with Visual Bsiac6.0 depth study of the use of characteristic parameters to complete the production of a the SolidWorks interface cavity design and generate a small shell parts specific user interface . ( 3) development based on SolidWorks combined housing parts of the automatic design of human-computer interaction design to rapid prototyping system , and gives the system running instance . ( 4) the use of automatic modeling method based on the size - driven housing parts to achieve the establishment of a the housing parts cavity dedicated parametric three-dimensional gallery . The results of this research will be other similar parts of the computer-aided design and subsequent partners computer-aided process planning (CAPP) and computer-aided manufacturing (CAM) research laid a certain foundation .

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