System-level ship thermal management tool for dynamic thermal and piping network analyses in early-design stages

Sam Yang, J. Ordonez, J. Vargas, J. Chalfant, C. Chryssostomidis
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引用次数: 1

Abstract

We present herein the coupling of two system-level ship thermal management tools, namely, Cooling System Design Tool (CSDT) and vemESRDC developed at MIT and FSU, respectively, for dynamic thermal and piping network analyses in early-design stages. Each tool exhibits unique features that allow naval architects to investigate and visualize distinct ship thermal responses. vemESRDC, for instance, provides dynamic equipment and shipboard space temperature and relative humidity, while CSDT arranges realistic piping network layouts and provides pressure distributions in the network. In this work, we elaborate the integration strategy and conduct a simple case study using the integrated tool to verify the coupling. We then present the results to demonstrate the capability of the integrated tool.
系统级船舶热管理工具,用于早期设计阶段的动态热和管网分析
本文介绍了两个系统级船舶热管理工具的耦合,即冷却系统设计工具(CSDT)和vemESRDC,分别由麻省理工学院和FSU开发,用于早期设计阶段的动态热和管网分析。每个工具都展示了独特的功能,允许造船工程师调查和可视化不同的船舶热响应。例如,vemESRDC提供了动态的设备和船上空间温度和相对湿度,而CSDT安排了真实的管网布局,并提供了网络中的压力分布。在这项工作中,我们详细阐述了集成策略,并使用集成工具进行了一个简单的案例研究来验证耦合。然后我们给出结果来演示集成工具的能力。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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