Building demolition- Analyse the Efficacy of Destroying and Ruining Big City structures and their impact on the traffic

Authors

  • Amit Kumar Sharma*, Nitin Mishra & Anoop Bahuguna

Keywords:

Demolition, Traffic, Sustainability, Implosion, Subways, Air quality, Congestion.

Abstract

The building demolition is the most effective part of destroying the big city structure which harms the traffic rules. It looks at how this process is beneficial in terms of creating more space for new construction, but also disrupts traffic, leading to increased congestion and delays. This paper argues that while demolition can be an effective solution for all areas, it must be done in a way that is mindful of the potential disruption to traffic low. The study will analyse the efficacy of building demolition in cities and its impact on traffic. It will examine the various ways in which demolition has been used, as well as its potential effects on traffic, such as increased congestion, longer delays, and decreased air quality. It will also explore the potential long-term implications of such actions. By analysing the efficacy of building demolition and its impact on traffic, the study aims to deliver a comprehensive understanding of the issue and offer suggestions on how to best approach the process of demolishing large structures in areas. Building demolition is an effective solution but it must be done in a way that is mindful of its impact on traffic. This paper will provide a comprehensive understanding of the issue, and offer suggestions on how to best approach the process of demolishing large structures in urban areas. It will provide an analysis of the efficacy of building demolition and its impact on traffic, and suggest strategies for conducting the process in a way that minimizes disruption and maximizes efficiency.

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Published

2022-01-30

How to Cite

Amit Kumar Sharma*, Nitin Mishra & Anoop Bahuguna. (2022). Building demolition- Analyse the Efficacy of Destroying and Ruining Big City structures and their impact on the traffic. Yantu Gongcheng Xuebao/Chinese Journal of Geotechnical Engineering, 44(1), 18–21. Retrieved from http://ytgcxb.periodicales.com/index.php/CJGE/article/view/243

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Section

Articles