JARDJournal of Architectural Research and Development2208-35292208-3537Bio-Byword Scientific Publishing Pty. Ltd.10.26689/jard.v7i4.5119ArticleAnalysis of Concrete Crack Treatment Technologies in Buildingshttps://artdesignp.com/journal/JARD/7/4/10.26689/jard.v7i4.5119ZhengWenyu2023742023-07-28With the continuous development of civil engineering, concrete crack treatment technology has become an important research field. This paper proposes treatment techniques for different types of cracks, including the prevention and repair of surface cracks, the reinforcement and grouting of structural cracks, and the design and construction of controlled cracks through the analysis of the causes and classification of concrete cracks. The methods and suggestions proposed in this paper are practical and can improve the quality and safety of buildings.

Han C, 2023, Research on the Cause and Prevention of Concrete Cracks in Civil Engineering. China Building Decoration and Decoration, 2023(07): 110–112.

Wang Y, 2023, Analysis of Cracks Related to Concrete Floor Slab in Construction Civil Engineering. Development Orientation of Building Materials, 21(04): 60–62.

Ji H, Luo N, 2023, Causes and Quality Control Analysis of Concrete Cracks in High-Rise Buildings. Urban Construction Theory Research (Electronic Edition), 2023(02): 131–133.

Zhao J, 2022, Discussion on Key Technologies of Concrete Structure Construction in Civil Engineering Buildings. Engineering Technology Research, 7(16): 80–82.

Zang P, 2021, Discussion on the Construction Treatment Technology of Concrete Cracks in Civil Engineering Buildings. Jushe, 2021(16): 33–34 + 86.

Tang H, 2021, Exploration of Architectural Planning and Design Concept of Hefei Xinzhuang Primary School. Anhui Architecture, 28(8): 21–22.

Liu Y, Ji M, 2021, Spatial Scale Thinking in the Planning and Layout of New Large-Scale Campus: A Case Study of the Planning and Architectural Design of the New Campus of Hebei Union University. Contemporary Architecture, 2021(8): 29–32.

Qin Z, 2020, Research on Building Energy-Saving Campus Construction Based on Life Cycle Cost Theory. Industrial Innovation Research, 2020(8): 184–185

Zhang Y, 2020, Research on Campus Planning and Architectural Design of Primary and Secondary Schools: A Case Study of Nanjing Foreign Language School Fangshan Branch. Urban Architecture, 2020(8): 52–57.

Geng Y, 2020, Strategies for Improving Residential Planning and Design and Living Environment Under the New Situation. Housing & Real Estate, 2020(21): 46

Sun H, 2020, Research on the Blended Learning Mode of University English in the Era of “Internet+”. Science Teaching Journal, 2020(7): 27–28.

Ge M, Cui W, Tang H, et al., 2020, Campus Model, Space Type, and Architectural Construction: A Seminar on Shenzhen Campus Planning and Design of Chinese University of Hong Kong. Architectural Journal, 2020(3): 99–111.

Sun Y, 2020, Exploration and Thinking on Primary and Secondary School Campus Planning and Architectural Design. Housing & Real Estate, 2020(9): 82–83.

Zhang L, Chen J, 2020, A Brief Analysis of the Modern Interpretation of Regional Culture in Campus Architectural Design: A Case Study of Campus Planning and Design of Guangxi University for Nationalities. Architecture and Culture, 2020(3): 90–91.

He T, 2022, Analysis of the Characteristics and Sense of the Times of School Buildings: A Case Study of Zengcheng District Experimental Middle School of Guangzhou. Urban Architecture, 2022(24)

Yue L, 2023, Discussion on Campus Architecture Design Based on humanized Design Concept. China Architectural Decoration, 2023(5): 109–111.

Huang X, 2022, Strengthening Design of Building Structure in Renovation of Old Residential Area. China Housing Facilities, 2022(7): 34–36.

Li J, 2021, Strategies to Improve Building Safety in Building Structure Design. Commodity and Quality, 2021(19): 121.

Zhang H, Lan Q, Niu B, 2022, Application of Wood Structure in Canadian School Architecture. New Construction, 2020(06): 110–113.

Wang Y, 2010, Design Concept of School Building. Basic Education Curriculum, 2010(04): 78.