The Parametric Modeling of Hydraulic Turbine Based on Pro/E Secondary Development

Abstract:

In this paper, combining with PRO/E4.0 software, getting the general design idea of the hydraulic turbine, and aiming at systematic analysis and research the key technologies of development design system process of hydraulic turbine. The key technologies include the pro/toolkit interface technology, menu design MFC dialog box as well as the establishment and access of database. Based on the two modes’ characteristics of PRO/TOOLKIT application, determining to use the DLL mode of the synchronous mode for the system design model's mode; Combining with the structure of the main parts of the hydraulic turbine, aiming at the characteristics of the pro/toolkit interface technology, menu design and MFC dialog box ,concluded the development processes of the pro/toolkit interface technology, menu design and MFC dialog box; Combining with the PRO/TOOLKIT interface technology and the characteristics of technology of MFC dialog box, selected the required software which is used to create and access database, and the specific development process. This provides important technical Supports for design system of Hydraulic turbine's development.

• Periodical: Applied Mechanics and Materials (Volume 577)
• Pages: 258-262
• DOI: https://doi.org/10.4028/www.scientific.net/AMM.577.258
• Online since: July 2014
• Authors: Meng Sha Zhang*, Zhong Ping Hua, Chen Shen, Zhou Zhang
• Keywords: Design Idea, Hydraulic Turbine, PRO/E4.0, Secondary Development

References

[1] Lijun Wu, Bo Chen: Pro/ENGINEER Secondary Development Technology Base (Publishing House of Electronics Industry, China 2006) (in Chinese).

[2] Wenbo Wang: Pro/E Wildfire4. 0 Secondary Development Examples (Publishing House of Tsinghua University, China 2010) (in Chinese).

[3] Zhiwei Huang, Liqiang Ma: Pro/Toolkit in the UI and the Comparison of MFC Dialog Box. Computer Application, p.100(in Chinese).

[4] Shangwu Jia: Based on Pro/e Three-roller Y Type Rolling Mill of the Secondary Development of Parametric Design. Taiyuan University of Science & Technology, p.20(in Chinese).