The Application of the Three-Dimensional Laser Scanning Technology in the Width Transformation of the Steel Box Beam
In order to greatly expand urban transportation capacity and shorten the construction period of the project,the bridge width reconstruction project is a method of effective and gradually widely used.Traditional bridge width projects often face multiple challenges such as irregular entities,incomplete design data,and bridge deformation,which can not be created accurately based on CAD design files directly based on CAD design files.To this end,based on actual project experience,this article uses bridge point cloud data collection,point cloud data processing,and reverse modeling to reconstruct the three-dimensional model of the bridge,and analyze the stitching accuracy through the deviation analysis.Engineering quality control accuracy and construction progress.In addition,for the problems of steel box beams caused by the construction error caused by the construction of the project in the process of widening,the problem of accurate alignment of steel box beams.This article further proposes the method of using the dotted and realistic number to perform the actual measurement of the documents.Measurement.This method not only improves measurement efficiency,but its millimeter-level measurement accuracy fully meets the accuracy requirements of bridge splicing,providing strong data support for high-precision stitching.
Width of the BridgeThree-dimensional Laser ScaningPoint Cloud DataReverse Modeling
万方数据
维普
