Abstract
With the rapid development of information technology, unmanned aerial vehicle (UAV), as a new and popular technology, has also been tried in the field of engineering construction. In this paper, through the application of UAV technology in Australia's large-scale project to extinguish mountain fire, the application effect of UAV in the whole life cycle of engineering construction project is analogized. UAV assisted project progress, management quality and safety and other aspects, so that managers can timely and efficiently understand the situation of the project site, and effectively improve the management's control over the project construction, indicating the future application prospect of UAV technology in the construction field.
Highlights
Introduction of unmanned aerial vehicle (UAV) TechnologyUAV technology combines the flexibility and high speed of micro UAV platform, forming a unique UAV photography system, which can obtain complete and reasonable object information with high efficiency and low cost, and process it through some computer software, and obtain the surveying and mapping products, which are combined with the actual site conditions, New methods and applications of project management are explored from different locations and texture details of buildings.As a new data collection tool, UAV has the advantages of air operation and automation
By studying the application of UAV in Australian fire fighting engineering, it can be analogically applied to the whole life cycle of engineering construction projects
UAV 3D imaging technology has the functions of fast translation, 3D model synthesis and continuous image data comparison
Summary
UAV technology combines the flexibility and high speed of micro UAV platform, forming a unique UAV photography system, which can obtain complete and reasonable object information with high efficiency and low cost, and process it through some computer software, and obtain the surveying and mapping products, which are combined with the actual site conditions, New methods and applications of project management are explored from different locations and texture details of buildings. In the application of engineering construction, it has the characteristics of "fast and efficient, small volume, simple operation, wide coverage and complete functions", which can realize realtime on-site monitoring While improving efficiency, it can save labor and cost, it can help manual workers in high-risk jobs. Application research has begun to spread and expand to the fields of BIM, intelligent identification and other related technologies, and entered a new stage of technology integration and development It can be used in many aspects, such as civil 3D modeling, deformation process monitoring, construction technology management, fire rescue and rescue, which greatly reduces the operation risk factor in construction, it can significantly improve the work efficiency. When the power transportation stringing, highway engineering across rivers, mountain areas and other special terrain, we can consider the use of automated unmanned aerial vehicles instead. [1]
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