Simulation of the Response of Multi-Story Buildings with Concrete-Silica Fume and Concrete-Liquid Carbon Dioxide

Author:

Nasution Budiman1,Nasution Habibi Azka2,Amdani Kahirul1,Kadri Muhammad1,Sari Silvia Dona1,Barus Eviyona Laurenta Br1,Nst Dina Alfariza1,Suryani Laili1,Afala Iswari1

Affiliation:

1. Universitas Negeri Medan

2. Universitas Pembinaan Masyarakat Indonesia

Abstract

Ordinary Portland Cement (OPC) used in building structures has a negative impact. The presence of CO2 emissions produced becomes very dangerous. To reduce this impact, materials that are more environmentally friendly are used. Silica Fume and liquid carbon dioxide (CO2) are among them. In this study, silica fume and liquid carbon dioxide were used as a substitute for cement. The effect of the stiffness of the two materials and the earthquake lateral load was tested by looking at the response of the high-rise building. Through numerical simulations, we compare the mode shape, displacement of the structure, and the sheer force experienced by the structure.

Publisher

Trans Tech Publications Ltd

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