使用数字孪生模型模拟森林以获得树种燃烧时间

Guillermo Sanchez-Guzman, W. Velasquez, Manuel S. Alvarez‐Alvarado
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引用次数: 3

摘要

这篇论文陈述了一个森林的数字模型,使用诸如燃烧速率和一个物种完全燃烧所需的时间等变量来分析火灾行为。设计了一个林地模拟环境,其中包括一个受保护森林的本地物种,其中考虑每个物种的高度,直径和密度来计算燃烧时间。结果表明,燃烧值近似于自然环境,允许在森林火灾中获得实时路径。该模型可用于森林火灾的着火点预测和预防。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Modeling a simulated Forest to get Burning Times of Tree Species using a Digital Twin
This paper states a digital model of a forest to analyze fire behavior using variables such as the rate of combustion and the time it takes for a species to be wholly burned. A simulation environment of a wooded area was designed that includes native species of a protected forest, where the height, diameter, and density are considered in each species to calculate the burning time. The results show combustion values approximate a natural environment, allowing a route to obtain real-time in a forest fire. The proposed model can be used to predict and prevent ignition points in forest fires.
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