Experimental Study On Heat And Humidity Control Analysis Inside Underground Tunnel .

Abstract

This project aims to create an efficient and effective ventilation system is crucial for maintaining a safe and comfortable environment in underground road networks. This abstract presents a comprehensive overview of an innovative underground road ventilation system designed to address the challenges posed by subterranean traffic. The system combines advanced engineering techniques, pollutant removal, and thermal comfort within the underground road infrastructure. The abstract highlights the key components and functionalities of the ventilation system, including air intake and exhaust mechanisms, ductwork distribution, monitoring sensors, and automated control mechanisms. The abstract also emphasizes the importance of considering factors such as traffic flow patterns, vehicle emissions, and emergency scenarios in the design and operation of the ventilation system. Through the integration of cutting-edge technologies and data-driven approaches, this underground road ventilation system aims to enhance safety, reduce energy consumption, and improve air quality for both commuters and emergency response personnel in underground road networks