利用软件模块创建物体数字孪生模型的先进技术,以及随后的认证和监测设备

Vyacheslav V. Martynenko
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引用次数: 0

摘要

这篇科普文章致力于开发和形成基于石油泵站信息模型的数字孪生系统,以获取石油和石油产品管道运输技术设施运行和维护过程中产生的数据。信息模型由国产软件 Model Studio CS 制作,是一组相互关联的信息,反映了运行参数信息、诊断信息、测试结果、故障信息、维护和修理信息。数字孪生是物理对象的虚拟副本,它是通过数字信息模型创建的。从数字孪生中获取数据的能力是通过 "设备认证、维护和维修管理数字模块 "软件模块实现的,它可以有效地管理技术设施、进行诊断、计划维护和维修,以及减少停机时间和提高运行可靠性。开发了创建数字孪生的方法,并进行了实验,证实了该软件模块在实践中的有效性和适用性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
ADVANCED TECHNOLOGIES USING A SOFTWARE MODULE TO CREATE A DIGITAL TWIN OF AN OBJECT WITH SUBSEQUENT CERTIFICATION AND MONITORING EQUIPMENT
This scientific article is devoted to the development and formation of a digital twin based on the information model of an oil pumping station to obtain data arising during the operation and maintenance of technical facilities for the pipeline transport of oil and petroleum products. The information model is made in domestic software Model Studio CS and is a set of interrelated information that reflects information about operating parameters, diagnostic information, test results, information about failures, maintenance and repairs. A digital twin is a virtual copy of a physical object, and it is created using a digital information model. The ability to obtain data from a digital twin is implemented using the «Digital Module for Certification, Maintenance and Repair Management of Equipment» software module, which allows you to effectively manage technical facilities, carry out diagnostics, plan maintenance and repairs, as well as reduce downtime and increase operational reliability. A methodology for creating a digital twin was developed and experiments were conducted that confirmed the effectiveness and applicability of the software module in practice.
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