Study of the durability of self-compacting concrete in corrosive environments

masoud lakzadeh¹ hamzeh shahriari² mohammad hossein shahriari³

1) Department of Civil Engineering, Lecturer at Shahid Chamran University, Kerman, Iran
2) Civil Engineering student of Shahid Chamran Technical and Vocational university
3) Civil Engineering student of Shahid Chamran Technical and Vocational university

Publication : 4th International Conference on Applied Researches in Science & Engineering - Vrije Universiteit Brussel(4carse.com)
Abstract :
Abstract Today, the use of self-compacting concrete has increasingly increased the construction of engineering structures. Self-compacting concrete has a longer durability than conventional concrete, due to its unique compactness and better quality. The durable proposition is one in which there are two aspects of economic and safety, which, if not sufficiently precise, will cause financial, psychological and even environmental threats. One of the destructive and life-saving factors in the wet and humid environment is the corrosion of the reinforcement, which causes considerable damage to the repair, renovation and maintenance of the structure. The durability of concrete in contrast to environmental conditions such as acid rain, chemical erosion and the effects of physical abrasion varies, and the use of concrete in different members of the structure can cause the shape and properties of the concrete to change, so the theme and theme of this paper have been tried to reflect the reliability and The durability of structures constructed with concrete SCC. Also, in this article, we are going to compare the effects of corrosive and non-corrosive environments on concrete durability. Key words: durability, self-compacting concrete, corrosion
Keywords : Key words: durability self-compacting concrete corrosion