首页|应用实体建模方法判断树木自然倒向的研究

应用实体建模方法判断树木自然倒向的研究

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判断树木自然倒向是伐木过程中不可或缺的一环.对于从事森林采伐、营林抚育和园林绿化等工作的林业生产人员,准确判断树木自然倒向是实现安全伐木必须掌握的知识和技能.通过应用激光测距仪对自然生长的树木进行现场测量,获取树木树高、胸径等数据.然后,应用SolidWorks对树木进行3D实体建模,构建出与实物树木基本一致的虚拟树,计算虚拟树重心并确定其自然倒向.试验结果表明,该方法可以为安全伐木提供技术支持.
Research on Using Entity Modeling Methods to Determine the Natural Orientation of Trees
Judging the natural orientation of trees is an indispensable part of the logging process.For for-estry production personnel engaged in forest logging,forest management,and landscaping,accurately de-termining the natural orientation of trees is a necessary knowledge and skill to achieve safe logging.By u-sing a laser rangefinder to measure naturally growing trees on site,data such as tree height and diameter at breast height can be obtained.Then,SolidWorks is applied to 3D model the trees,construct a virtual tree that is basically consistent with the actual tree,calculate the center of gravity of the virtual tree,and determine its natural orientation.The experimental results indicate that this method can provide technical support for safe logging.

TreeNatural falling directionSolid modelingSolidWorks

刘浩聪、张新杰、李月、李想、杨铁滨

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东北林业大学机电工程学院,哈尔滨 150040

树木 自然倒向 实体建模 SolidWorks

东北林业大学大学生创新训练项目

2310225586

2024

林业勘查设计
黑龙江省森林资源管理局 黑龙江省森林经理学会

林业勘查设计

影响因子:0.178
ISSN:1673-4505
年,卷(期):2024.53(2)
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