摘要
绞吸挖泥船作为疏浚行业的一种挖泥利器,其绞刀对挖泥船的挖泥能力影响巨大。目前设计绞刀时多以手动方式进行主体建模,其刀臂、大环和轮毂作为绞刀的主体结构,建模中存在参数较多、建模繁琐、精度不高的问题。为了缩短建模周期、提高建模精度,提出了一种参数化绞刀主体建模方法,并采用C#编程语言对SolidWorks进行二次开发,通过调用内置的API接口实现了绞刀主体三维模型的参数化、自动化生成。结合面向对象编程理念,开发了基于SolidWorks平台的绞刀主体建模软件,实现绞刀参数建模和绞刀性能计算的融合,提供了绞刀标准化、参数化创建方式。研究成果可为绞刀主体的性能优化提供参考方向。
Cutter suction dredger is considered to be an effective dredging tool in the dredging industry,and its cutter has a great influence on the dredging capacity.At present,the cutter body is mostly manually modeled during the design process.The cutter arm,big ring,and hub are the main structure of the cutter,and their modeling faces many problems,such as massive parameters,cumbersome modeling,and low precision.In order to shorten the modeling cycle and improve the modeling accuracy,this paper proposes a parametric cutter body modeling method,uses C#programming language to realize Solidworks s secondary development,and calls the built-in API interface to realize the parametric and automatic generation of the three-dimensional(3D)cutter body model.Based on the concept of object-oriented programming,the paper develops a modeling software for the cutter body based on the SolidWorks platform,which ensures that the cutter parameter modeling and cutter performance calculation are carried out in parallel,and it also puts forward a standardized and parametric creation of the cutter.The research results can provide a reference for the performance optimization of the cutter body.
作者
秦亮
邬德宇
李金峰
张德新
QIN Liang;WUDe-yu;LI Jin-feng;ZHANG De-xin(CCCC Tianjin Dredging Co.,Ltd.,Tianjin 300461,China)
出处
《水运工程》
北大核心
2022年第S02期43-48,68,共7页
Port & Waterway Engineering
