Journal
Scientific and technical journal «Priborostroenie»
UDK658.5.011
Issue:8 (57)
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A METHOD OF CREATION OF ENGINEERING AND DESIGN MODEL OF WORKPIECE IN A CAD-SYSTEM ENVIRONMENT
Annotation
A possibility of CAD-system application for design of parametric model of workpiece under construction is considered. A program is presented allowing for developing the parametric model in Catia V5 system. A method for transferring the parametric model from CAD into an automated system of design of technological process as a XML-document is proposed. The SVG format is shown to be integrated in XML-document for a vector model of a workpiece.
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Articles in current issue
- PERSPECTIVES OF AUTOMATION OF TECHNOLOGICAL PREPRODUCTION
- INTERACTION OF PROCESSES OF MACHINING AND ASSEMBLING WORKS
- ADMINISTRATION SYSTEM OF WEB-CENTRIC CAM
- INTEGRATION OF CAD SYSTEM WITH AUTOMATED DESIGN SYSTEMS
- Теоретическое обоснование выбора вейвлет-базиса в задачах сжатия зашумленных сигналов
- AUTOMATED CREATION OF OPERATIONAL WORKPIECE MODEL
- APPLICATION OF VIRTUAL MODELING SYSTEMS IN PRODUCTS DESIGN OF POLYMER COMPOSITE MATERIALS
- APPLICATION OF VIRTUAL SIMULATION SYSTEMS TO DEVELOPMENT OF HOUSING PROCESSES FOR ELECTRONIC COMPONENTS
- AUTOMATION OF TECHNOLOGICAL PROCESS DESIGN BASED ON STRUCTURAL SYNTHESIS OF DIMENSIONAL CONNECTIONS
- KNOWLEDGE MANAGEMENT IN AUTOMATED SYSTEM OF TECHNOLOGICAL PREPRODUCTION
- ORGANIZATION OF METADATA IN SYSTEM OF KNOWLEDGE MANAGEMENT
- TEMPLATE DESIGN OF CONTROL PROGRAMS OF MEASUREMENT ON THE BASE OF DESIGN-TECHNOLOGY WORKPIECE MODEL
- APPLICATION OF NON-PARAMETRIC CRITERIA FOR ESTIMATION OF SURFACE MICROGEOMETRY AT PULSE MILLING
- THE EFFECT OF THE ENVIRONMENT ON FUNCTIONAL PERFORMANCE OF MACHINE PART SURFACE
- EVALUATION OF SURFACE ROUGHNESS USING THREE-DIMENSIONAL TOPOGRAPHY
- QUALITY CONTROL OF OPTICAL ARTICLES MADE OF THERMOPLASTIC POLYMER MATERIAL
- RESEARCH ON THE EFFECT OF SURFACE MICRORELIEF REGULARIZATION ON THE QUALITY OF GLASS-TO-METAL BONDING
- DESIGN AND TECHNOLOGICAL METHODS TO ASSURE QUALITY INDEX OF IR OPTOMECHANICAL SYSTEMS
- METHOD OF DESIGN ASSESSMENT OF CHARACTERISTICS OF PRESSURE MAINTENANCE SYSTEM OF HYDRODYNAMIC STAND