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Study on Crack Resistance of Concrete
Weiting Xu (editor)
2024
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Concrete cracking is a crucial factor that threatens the durability and strength of concrete. Especially for concrete building structures with complex working environments such as hydraulic structures and long-span building structures, concrete cracking seriously threatens the safe operation of engineering projects. The cracking resistance of concrete is influenced by many factors, such as mechanical properties, temperature processes, autogenous shrinkage, restrained stress, creep, etc. The study of the crack resistance of concrete is of great significance for its wide application. This book focuses on the research of the cracking resistance of concrete, including the formation mechanism of concrete cracking, the relationship between the cracking mechanism and the performance of various types of concrete, and the resistance and maintenance of concrete cracks.
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Keywords
- alkalinity
- autogenous shrinkage
- C50 mass concrete
- CaO and MgO composite expansive agent
- compressive strength
- Concrete
- concrete repair material
- curing condition
- degree of hydration
- ethyl acetate
- expansion properties
- flexural strength
- fly ash
- heat of hydration
- hydration degree
- hydration heat inhibitor
- infiltration performance
- low shrinkage
- magnesite tailings
- MEA
- mechanical performance
- Mechanical properties
- Mechanical Property
- methyl methacrylate
- MgO expansion agent
- MgO expansive agent
- mineral admixture
- mineral powder
- mortar
- organic–inorganic composite geopolymer
- permeability coefficient
- porosity
- pressure-mixing process
- reaction mechanism
- reaction time of MgO
- repair material
- self-shrinkage
- shrinkage stress
- slag-based geopolymer
- surface defect
- temperature
- temperature history
- variable temperature curing
Links
DOI: 10.3390/books978-3-7258-1191-5Editions