基于OptD方法的点云结构缺陷和危害识别

W. Błaszczak-Bąk, J. Janicka
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引用次数: 0

摘要

. 由于时间的推移,建筑物和构筑物发生结构变化是一种正常现象。然而,建筑对象也会受到大气条件或剧烈自然现象的不利影响。每年,我们周围的环境越来越多地受到极端天气现象的袭击,例如:洪水、飓风、暴雨或极端高温。这些现象是自然的自然元素,但它们对建筑的技术条件有很大的干扰。它们经常造成可衡量的经济损失:洪水、裂缝、建筑位移,甚至它们的全部破坏。在估计损失,计算修复费用,然后决定修复方法的时候,一个有用的工具是激光扫描:地面,空中或移动,这取决于物体的特征和灾难的大小。提出了一种基于点云的结构缺陷和危险的OptD识别方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Identification of Defects and Hazards in Structures Based on the Point Cloud Using the OptD Method
. Structural changes taking place in buildings and structures due to the passage of time are a normal phenomenon. However, the building objects are also adversely affected by atmospheric conditions or violent natural phenomena. Every year, our surroundings are increasingly attacked by extreme weather phenomena such as: floods, hurricanes, heavy storms with rain or extreme heat. Such phenomena are natural elements of nature, however they significantly interfere in the technical condition of the building. They often cause measurable economic losses: flooding, cracks, construction displacements and even their total destruction. At the time of estimating losses, calculating the costs of repair, and then making decisions about the method of restoration, a helpful tool can be laser scanning: terrestrial, airborne or mobile, depending on the character of the object and the size of the disaster. The paper presents an identification of defects and hazards in structures based on the point cloud using the OptD method.
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