2009•Machinery Design and ManufactureRequires access

The body of turbine blade automatic modeling system based on UG/OPEN

Qin Zhong

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Abstract

the faces of turbine blade's body is complex,in the general CAD platform,fitting spline of intrados and convex based on points of data,creating fillet of leading edge and trailing edge,and achieving the body of turbine blade at last are all complicated processes.Used of studying the UG Secondary development tools,the system present a parametric modeling method of blade.In the practise,the efficient and convenient system has great adaptability,increase the efficiency.

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What this paper is about

the faces of turbine blade's body is complex,in the general CAD platform,fitting spline of intrados and convex based on points of data,creating fillet of leading edge and trailing edge,and achieving the body of turbine blade at last are all complicated processes.Used of studying the UG Secondary development tools,the system present a parametric modeling method of blade.In the practise,the efficient and convenient system has great adaptability,increase the efficiency.

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Available abstract

the faces of turbine blade's body is complex,in the general CAD platform,fitting spline of intrados and convex based on points of data,creating fillet of leading edge and trailing edge,and achieving the body of turbine blade at last are all complicated processes.Used of studying the UG Secondary development tools,the system present a parametric modeling method of blade.In the practise,the efficient and convenient system has great adaptability,increase the efficiency.

Key concepts: Fillet (mechanics), Blade (archaeology), Adaptability, Parametric statistics, Trailing edge, CAD, Turbine, Turbine blade

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