About the influence of the windward edge structureon the flow characteristics at forest edges

Cornelia Frank; Bodo Ruck; Michael Tischmacher

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About the influence of the windward edge structureon the flow characteristics at forest edges

机译：关于迎风边缘结构对森林边缘流动特征的影响

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Experimental investigations in an atmospheric boundary layer wind tunnel were carried out inorder to study the influence of the windward edge structure on the flow characteristics at thecanopy top. Two different types of forest edges were used. The inclination angle was variedthree times for both edge types and all inclined edges were combined with both dense andsparse forest stands. In addition, a configuration was investigated where the airflow in the trunkspace of the dense forest was blocked completely by the windward arrangement of an imperme-able wall.

机译：为了研究迎风边缘结构对冠层顶部流动特性的影响，在大气边界层风洞中进行了实验研究。使用了两种不同类型的森林边缘。两种边缘类型的倾斜角度均变化了三倍，并且所有倾斜边缘均与茂密和稀疏的林分林相结合。此外，还研究了一种结构，其中密林的树干空间中的气流被防渗墙的迎风布置完全阻挡。

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《Berichte des Meteorologischen Institutes der Universitat Freiburg》 |2009年第19期|共6页
作者
Cornelia Frank; Bodo Ruck; Michael Tischmacher;
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原文格式 PDF
正文语种 eng
中图分类大气科学（气象学）;
关键词
forest edges; investigations; trunk;

机译：森林边缘;调查;树干;

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专利

1. About the influence of the windward edge structureon the flow characteristics at forest edges [J] . Cornelia Frank, Bodo Ruck, Michael Tischmacher Berichte des Meteorologischen Institutes der Universitat Freiburg . 2009,第19期

机译：关于迎风边缘结构对森林边缘流动特征的影响
2. On the influence of windward edge structure and stand density on the flow characteristics at forest edges [J] . B. Ruck, C. Frank, M. Tischmacher European Journal of Forest Research . 2012,第1期

机译：论迎风边缘结构和林分密度对森林边缘水流特征的影响
3. About the influence of the stand densityon the flow characteristics at forest edges [J] . Cornelia Frank, Bodo Ruck Berichte des Meteorologischen Institutes der Universitat Freiburg . 2009,第19期

机译：林分密度对森林边缘水流特征的影响
4. Numerical Study on the Influence of the Trailing Edge Overflow Holes on the Flow and Heat Transfer of the Inner Cooling Passage on the Trailing Edge of the Turbine Blade [C] . Shun Zhao, Guanghua Zheng, Chengcheng Hui Asia-Pacific international symposium on aerospace technology . 2019

机译：后缘溢流孔对涡轮叶片后缘内部冷却通道的流动和传热影响的数值研究
5. Influences of Forest Edges on the Growth and Health of Old-Growth Coast Redwood Forests [D] . Dangerfield, Cody R. 2020

机译：森林边缘对旧成长沿海红木森林成长和健康的影响
6. Forest Edge Regrowth Typologies in Southern Sweden—Relationship to Environmental Characteristics and Implications for Management [O] . Björn Wiström, Anders Busse Nielsen -1

机译：瑞典南部的森林边缘再生类型—与环境特征的关系及其对管理的启示
7. Negligible structural development and edge influence on the understorey at 16–17-yr-old clear-cut edges in black spruce forest [O] . Harper Karen A., Drapeau Pierre, Lesieur Daniel, 2016

机译：黑云杉林中16-17岁的清晰边缘的结构发育和边缘对底层的影响可忽略不计

About the influence of the windward edge structureon the flow characteristics at forest edges

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