摘要
为解决居民生活液体垃圾泄漏问题,设计了一种自主式液体垃圾监测清理装置。该装置内置多种传感器,运用5G技术与北斗组网,可对装置的各项数据进行监测、传输和存储。通过网格化分析、路径优化与0-1型整数规划,进一步建立源机理模型。运用MATLAB和ANSYS软件对装置进行模拟静力学分析和流固耦合动力学分析,验证其稳定性和可行性。理论推导与实验仿真的结果表明:在极端情况下装置内部流体流动情况稳定、外部形变量小,为环境监测与电子控制技术应用提供一定的参考。
In order to solve the problem of leakage of domestic liquid waste, the autonomous liquid waste monitoring and cleaning device is designed. The device has a variety of built-in sensors and uses 5G technology and BDS networking to monitor, transmit and store various data of the device. Through grid analysis, path optimization and 0-1 integer programming, the source mechanism model is further established. When performing simulation static analysis and fluid-structure coupling dynamic analysis of the device, we use MATLAB and ANSYS software to verify its stability and feasibility. The results of theoretical derivation and experimental simulation show that the fluid flow inside the device is stable and the external deformation is small under extreme conditions. This research provides a certain reference for the application of environmental monitoring and electronic control technology.
作者
单长吉
赵印
吴亮
陆瑜
SHAN Chang-ji;ZHAO Yin;WU Liang;LU Yu(Institute of Physics and Information Engineering,Zhaotong University,Zhaotong 657000,China)
出处
《昭通学院学报》
2022年第5期100-107,共8页
Journal of Zhaotong University
基金
云南省教育厅科学研究基金项目(2020J0741)
昭通学院“三全育人”综合改革试点项目(2020LLK005)。
关键词
液体垃圾
传感器
源机理模型
0-1型整数规划
仿真与研究
liquid garbage
sensor
source mechanism model
0-1 integer programming
simulation and research
作者简介
单长吉(1979—),男,吉林省吉林市人,教授,硕士,主要从事液压系统设计、仿真与开发、电子控制技术研究;赵印(1995—),男,云南镇雄人,本科生,主要从事物理学研究。
