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How to Improve Seismic Strength of Concrete Structure in Civil Engineering

Xiongfei Xue

Abstract


Earthquake is one of the most serious natural disasters that people encounter today. Strong earthquake can produce huge energy and cause serious damage to buildings on the ground. After seismic design of civil engineering buildings, the stability of structural performance is increased and the loss rate is reduced. As the most sensitive component of seismic design, the seismic design of concrete structure is essential. Nowadays, seismic design has become an important part of civil engineering building design. Improving the seismic strength is related to the service life and structural performance of the whole building, so as to ensure the safety of people’s life and property. The seismic design of buildings is very important, which can enhance the stability of concrete structure to resist the huge energy brought by earthquake. This paper first introduces the importance of seismic design in concrete structure, puts forward the basic requirements of seismic design, and points out several factors affecting the performance of seismic structure, and finally, it analyzes the measures to improve the seismic strength.

Keywords


Concrete Structure; Earthquake Resistance; Measures

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References


[1] Ning Y. Research on improving seismic capacity of building structure. Jiangxi Building materials 2020; (05):63-64.

[2] Yan Z. Research on seismic structural design of high-rise concrete buildings. Housing 2020; (04): 45-46.

[3] Wu W. Aseismic structural design concept in building structure design. Engineering Construction and Design 2019; (19): 25-26+29.




DOI: http://dx.doi.org/10.18686/ahe.v5i2.3363

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