Comparative study of concrete structures designing based on the Standard 2800 fourth edition and regulation ASCE/SEI 7-16
Subject Areas : Analysis of Structure and Earthquake
Sasan
Ghoflgar Ghasemi
1
(SHABESTAR AZAD)
saeid
javaherzadeh
2
(استادیار واحد شبستر)
Keywords: Concrete Structures, ASCE/SEI 7-16, Standard 2800 fourth edition, A Comparative Study on the Design of Concrete Structures, Concrete Bending Frame,
Abstract :
Examining the results of calculation and designing of buildings bases on earthquake regulation is very important due to locating of Iran on earthquake belt. Standard 2800 fourth edition is currently the latest regulation of building designing against earthquake issued by the Ministry of Roads and Urban Planning for designing of buildings. This regulation depicts the national determination and the government plans for reduction of the damages resultant from earthquake.In order to better understand the strengths and weaknesses of our country's law and to improve the defects in subsequent versions of the law, we compared the results of designing buildings according to Iran's rules and ASCE / SEI 7-16. In this paper concrete buildings 7 and 8 The height between the floors of 20.3 m and in two types of terrain II and III by Etabs 2016 software have been examined based on the two regulations. Based on studies carried out in accordance with the ASCE / SEI Regulations 7-16 in Iran, the use of a medium-ductile bending frame is not permissible, and the effects of the vertical load of the earthquake should be reconsidered, and it is suggested that the relative deformation for Categorize different individual hazards
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