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DEVELOPMENT OF A VIRTUAL REFRIGERATION APPARATUS TO PROMOTE UNDERSTANDING OF THE ACTUAL EXPERIMENT

机译:一种虚拟制冷设备的开发,以促进对实际实验的理解

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A numerical simulation of an existing vapor compression refrigeration experiment has been created. This simulation can be used prior to lab to familiarize students with both the equipment and the phenomena. The fidelity of the interface toward duplicating the actual controls is intended to give students a basic understanding of how to operate the equipment when they arrive at lab. The modeled equations are intended to represent actual system variables allowing students to explore various behaviors of the system without having to worry about safety issues or harm to the system. This paper will describe how the program has been created within the LabVIEW environment. The assumptions which are employed and those which are allowed to be violated will be detailed as well as the resulting governing equations. Current performance of the "virtual refrigerator" will be discussed as well as the challenges in creating such a program.
机译:已经创建了现有的蒸汽压缩制冷试验的数值模拟。该模拟可以在实验室之前使用,以熟悉设备和现象的学生。互联界面的保真度旨在重复实际控制,旨在为学生提供对如何在抵达实验室时操作设备的基本理解。建模方程旨在代表实际的系统变量,允许学生探索系统的各种行为,而无需担心安全问题或危害该系统。本文将描述如何在LabVIEW环境中创建程序。所用的假设和允许侵犯的假设将详细介绍以及所得到的控制方程。将讨论“虚拟冰箱”的当前性能以及创建此类程序的挑战。

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