Discussion on Construction Technology and  Welding Deformation of High-Rise Steel Frame  Structure

© 2023 by the Authors. Licensee Whioce Publishing, Singapore. This article is an open access article distributed under the terms and conditions of the Creative Commons Attribution 4.0 International License ( https://creativecommons.org/licenses/by/4.0/ )

Download PDF

Cite

XML

HTML

Abstract

Because of urbanization, land resources in China’s cities has become increasingly scarce. Therefore, modern buildings are becoming taller, making high-rise steel frame structures the new favorite of the construction industry. However, the construction of high-rise steel frame structures requires advanced technology. If the construction technology is effectively implemented and the welding techniques of the construction personnel align with the requirements for highrise steel frame structures, it can help mitigate deformations in the steel structure, thus preserving the overall construction quality of high-rise steel frame structures. To enhance the applicability of steel frame structures in high-rise buildings, this paper focuses on analyzing the optimization path for the construction process of high-rise steel frame structures. It introduces a tailored approach to control welding-induced deformations in steel frame structures, aiming to make a valuable contribution to the advancement of China’s construction industry.

References

Zhou Y, 2023, Research and Discussion on the Seismic Performance of Beam-Column Welded Joints of High-Rise Steel Structures. Stone, 2023(07): 75–77.

Yang G, 2023, Research on Welding Residual Stress and Welding Deformation Control Technology of Steel Structure. China Petroleum and Chemical Standards and Quality, 43(12): 156–158.

Tian Y, Li N, 2022, Prevention and Control Strategies for Welding Deformation of Steel Structures. China Metal Bulletin, 2022(08): 189–191.

Sun H, 2022, Analysis of Welding Process for Thick Plate of Super High-Rise Steel Structure Building. Sichuan Cement, 2022(05): 29–30.

Zhang X, Yang S, 2022, Fracture Analysis of Beam-Column Welded Joints of High-Rise Building Steel Structure. Weapon Materials Science and Engineering, 45(02): 53–57.

Zhang Y, Wang Y, Meng H, et al., 2022, Discussion on Construction Technology and Welding Deformation of High-Rise Steel Frame Structures. Building Technology Development, 49(03): 4–6.

Bu Q, 2022, Research on the Application of Non-Destructive Testing Technology in Building Steel Structure Engineering and Weld Seam. Zhonghua Construction, 2022(02): 138–139.

Zhang Y, Sun Y, Han C, et al., 2021, Analysis of High-Rise Building Steel Structure Welding Construction Technology. Building Technology Development, 48(22): 17–19.

Liao W, 2021, Welding Technology of Thick Plate Welding Seam of High-Rise Building Steel Corridor Closing Seam. Guangdong Building Materials, 37(06): 70–72.

Li W, 2021, Multi-Scale Simulation and Experimental Research on Fatigue Deterioration of Weld Details of Towering High-Rise Steel Structures, Lanzhou University of Technology.

Ma Y, Li Y, Zhou Y, 2020, Research on Construction Technology and Management of Super High-Rise Building Steel Structure. Jushe, 2020(34): 135–136 + 170.

Wang X, 2020, Existing Problems and Treatment Methods in Steel Structure Welding. Modern Industrial Economics and Information Technology, 10(11): 147–148 + 157.

Lu Q, 2020, Control Measures for Welding Stress and Deformation of Steel Structures. Phosphorus Design and Powder Engineering, 2020(04): 35–37 + 6.

Han L, Li W, Zhou K, et al., 2020, Research on the Influence of Welding and Cold Forming on the Stress of Steel-Concrete Composite Members in Super High-Rise Buildings. Proceedings of Engineering Science and Technology Part II·Architectural Science and Engineering, 19–25.

Liu C, 2020, Research on the Construction Technology of High-Rise Building Steel Structures. Green Building Materials, 2020(05): 164 + 166.

Previous article in this issue

Next article in this issue