Research on virtual trial-assembly technology of steel-pipe-arch ribs based on limited perception

Concret-filled-steel-tube arch bridges often employ solid trial-assembly for the arch ribs to confirm matching accuracy and overall alignment. However, these methods often suffer from issues such as large site occupation, multiple assembly cycles, and prolonged construction periods. This paper propo...

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Published inAdvances in bridge engineering Vol. 6; no. 1; pp. 20 - 21
Main Authors Xiao, Jun, Xian, Jianping, Tian, Luchao, Liu, Jiepeng, Ma, Jianyong, Li, Haotian
Format Journal Article
LanguageEnglish
Published Singapore Springer Nature Singapore 01.12.2025
Springer Nature B.V
SpringerOpen
Subjects
Accuracy
Arch bridges
Bridges
Civil Engineering
Concrete
Concrete-filled-steel-tube arch bridge
Configurations
Engineering
Flange installation
Flanges
Holding devices
Intelligent construction
Lasers
Manufacturing
Matching
Original Innovation
Perception
Segments
Simulation
Steel pipes
Steel structure joint self-holding device
Steel tubes
Virtual trial-assembly
Concrete-filled-steel-tube arch bridge
Flange installation
Steel structure joint self-holding device
Intelligent construction
Virtual trial-assembly
Online AccessGet full text
ISSN2662-5407
2662-5407
DOI10.1186/s43251-025-00165-5

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Abstract Concret-filled-steel-tube arch bridges often employ solid trial-assembly for the arch ribs to confirm matching accuracy and overall alignment. However, these methods often suffer from issues such as large site occupation, multiple assembly cycles, and prolonged construction periods. This paper proposes a virtual trial-assembly technology of steel-pipe-arch ribs based on limited perception, which achieves rapid virtual trial-assembly without the need for physical segment matching. By obtaining joint control point data through limited measurement perception, the method virtually assembles the control points according to the theoretical manufacturing configuration. It extracts the flange position parameters between the arch rib segments under the ideal configuration condition, ultimately guiding the adjustment and installation of the flanges. Additionally, a self-holding device for steel structure joints is designed, which achieves precise positioning and reliable installation of flanges through parameterized adjustment. A virtual trial-assembly experiment of the steel pipe arch rib joint was conducted using the proposed method. The results of the experiment indicate that the method has high control precision and good technical performance. It has overcome the technical barriers to the application of virtual trial-assembly technology in the construction process and has good potential for promotion and application in similar bridge types.
AbstractList Abstract Concret-filled-steel-tube arch bridges often employ solid trial-assembly for the arch ribs to confirm matching accuracy and overall alignment. However, these methods often suffer from issues such as large site occupation, multiple assembly cycles, and prolonged construction periods. This paper proposes a virtual trial-assembly technology of steel-pipe-arch ribs based on limited perception, which achieves rapid virtual trial-assembly without the need for physical segment matching. By obtaining joint control point data through limited measurement perception, the method virtually assembles the control points according to the theoretical manufacturing configuration. It extracts the flange position parameters between the arch rib segments under the ideal configuration condition, ultimately guiding the adjustment and installation of the flanges. Additionally, a self-holding device for steel structure joints is designed, which achieves precise positioning and reliable installation of flanges through parameterized adjustment. A virtual trial-assembly experiment of the steel pipe arch rib joint was conducted using the proposed method. The results of the experiment indicate that the method has high control precision and good technical performance. It has overcome the technical barriers to the application of virtual trial-assembly technology in the construction process and has good potential for promotion and application in similar bridge types.
Concret-filled-steel-tube arch bridges often employ solid trial-assembly for the arch ribs to confirm matching accuracy and overall alignment. However, these methods often suffer from issues such as large site occupation, multiple assembly cycles, and prolonged construction periods. This paper proposes a virtual trial-assembly technology of steel-pipe-arch ribs based on limited perception, which achieves rapid virtual trial-assembly without the need for physical segment matching. By obtaining joint control point data through limited measurement perception, the method virtually assembles the control points according to the theoretical manufacturing configuration. It extracts the flange position parameters between the arch rib segments under the ideal configuration condition, ultimately guiding the adjustment and installation of the flanges. Additionally, a self-holding device for steel structure joints is designed, which achieves precise positioning and reliable installation of flanges through parameterized adjustment. A virtual trial-assembly experiment of the steel pipe arch rib joint was conducted using the proposed method. The results of the experiment indicate that the method has high control precision and good technical performance. It has overcome the technical barriers to the application of virtual trial-assembly technology in the construction process and has good potential for promotion and application in similar bridge types.
ArticleNumber 20
Author Li, Haotian
Liu, Jiepeng
Xian, Jianping
Xiao, Jun
Ma, Jianyong
Tian, Luchao
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Keywords Concrete-filled-steel-tube arch bridge
Flange installation
Steel structure joint self-holding device
Intelligent construction
Virtual trial-assembly
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Snippet Concret-filled-steel-tube arch bridges often employ solid trial-assembly for the arch ribs to confirm matching accuracy and overall alignment. However, these...
Abstract Concret-filled-steel-tube arch bridges often employ solid trial-assembly for the arch ribs to confirm matching accuracy and overall alignment....
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SubjectTerms Accuracy
Arch bridges
Bridges
Civil Engineering
Concrete
Concrete-filled-steel-tube arch bridge
Configurations
Engineering
Flange installation
Flanges
Holding devices
Intelligent construction
Lasers
Manufacturing
Matching
Original Innovation
Perception
Segments
Simulation
Steel pipes
Steel structure joint self-holding device
Steel tubes
Virtual trial-assembly
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Title Research on virtual trial-assembly technology of steel-pipe-arch ribs based on limited perception
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