Key Technology of CADDCAM Integration for Complex Parts of Marine Diesel Engine

Abstract

Screw is an important part in the mechanical field, and plays a significant role in variety of applications. Because of its complex and changeable shape, the design and processing of the screw are difficult. In order to improve the design and production efficiency of the screw, the CADDCAM system of the screw is studied. Based on UGNX8.0 software, visualstudio2010 is used as a programming tool, and the secondary development tools of NX Open, Block UI Styler and Men-u Script are used to achieve the development of screw CADDCAM system. The objective of this article is to describe the research on integrated CAD system for designing trajectory of screw manufacturing. The main functions of the system include quickly creating a three-dimensional model of the screw, reading the parameters of the three-dimensional model of the screw, and solving the tool trajectory when the screw is processed by internal whirlwind milling. Finally, through relevant examples, the function of the developed screw CADDCAM system is verified.

Research on intelligent decision method of computer-aided manufacturing numerical control parameters based on model-based definition and back propagation neural networks

“…Zhang et al 4 proposed STEP-NC-based high-level NC machining simulations solution integrated with CAD/CAM. Ma et al 5 and Shah et al 6 presented the feature-based integration approaches of CAD/CAM to realize the seamless flow of information. Xu et al 7 developed an intelligent agent named KMAIMOD based on operation-controlled template (OCT) and feature machining volume semantics (FMVS) to generate the toolpath automatically.…”