摘要
为保证太阳能路灯能够长期在室外复杂的工作条件安全稳定工作,以某型太阳能路灯为研究对象,利用大型商用软件ABAQUS6.14建立太阳能路灯整体结构的有限元分析模型,分析太阳能路灯在风载和自身重力共同作用下结构中的应力分布及变形状况,以及太阳能路灯的固有频率和模态状况,为太阳能路灯结构长期、安全、稳定地服役提供保证,并为太阳能路灯的改进设计提供一定的借鉴。
To ensure the safety and stability of the solar street lamp in long-term outdoor complicated service conditions,a solar street lamp was investigated and discussed.Firstly the finite element analysis model of the solar street lamp was established by the large commercial software ABAQUS6.14,and then the stress distribution and deformation status of the solar street lamp under the joint action of wind load and own gravity was analyzed,finally the natural frequency and vibration modal of the solar street lamp were analyzed.The investigated results in this study provide a guarantee for long-term safe and stable service,and a reference for the improvement design of solar street lamps.
作者
谢红龙
尹振坤
王婷
项佰川
王兴庆
薛河
XIE Hong-long;YIN Zhen-kun;WANG Ting;XIANG Bai-chuan;WANG Xing-qing;XUE He(School of Mechanical Engineering,Xi'an University of Science & Technology,Xi'an 710054,China;Socreat Electronics Technology Limited,Shenzhen 518000,China)
出处
《机电工程技术》
2018年第11期163-165,共3页
Mechanical & Electrical Engineering Technology
