地质装备2024，Vol.25Issue(2)：12-17,6.
旋挖钻机动力头数字化设计平台开发
Development of a digital design platform for the power head of rotary drilling machine
胡成云 1李应一 1谢添 1韩宇飞 2杜康 2文国军 2程斯一2
作者信息
- 1. 上海金泰工程机械有限公司,上海 210800
- 2. 中国地质大学(武汉)机械与电子信息学院,武汉 430074
- 折叠
摘要
Abstract
At present,the specific work of energy conservation and emission reduction in China is gradually carried out,and the re-search direction of energy conservation and emission reduction in mechanical design is mainly focused on improving the performance of mechanical components.This paper aims to reduces repetitive development,improves design efficiency and decrease carbon emission through digital platforms and paperless efficient design.The power head is the core component of rotary drilling machine,which has the characteristics of compact structure,low noise,and high efficiency.In response to the problems of complex calculations and low ef-ficiency in power head design,a digital design platform system for rotary drilling machine to simplify the design process and shorten the design cycle has been developed.The system is developed on Visual Studio 2019 platform and is written by C++language on MFC(Microsoft Foundation Classes)framework.It divides parameterized design,parameter transfer,parameterized analysis,engineering drawing management and database management into different modules for design,and integrate parameterized design of components,finite element analysis,as well as automatic generation and management of engineering drawings.By calling the APDL programming language,the command flow was integrated to construct a complete process of modeling,analysis,and post-processing in finite ele-ment analysis.The traditional complex mechanical design process was integrated into the platform through programming,achieving automatic platform selection of some design parameters,which integrate traditional and complex mechanical design processes into the platform through programming,and achieve automatic platform selection of some design parameters.After verification,the design and test results were consistent,which improved the automation level and design efficiency of the digital platform,and achieved the goal of energy conservation and emission reduction through an efficient design process.关键词
旋挖钻机/动力头/参数化设计Key words
rotary drilling machine/power head/parametric design分类
建筑与水利引用本文复制引用
胡成云,李应一,谢添,韩宇飞,杜康,文国军,程斯一..旋挖钻机动力头数字化设计平台开发[J].地质装备,2024,25(2):12-17,6.
