Adjacent continuous tunnel group ventilation experiment device and manufacture method

Abstract

The invention discloses an adjacent continuous tunnel group ventilation experiment device and a manufacture method. The experiment device comprises a left line upstream main tunnel, a left line downstream main tunnel, a right line upper stream main tunnel and a right line downstream main tunnel, wherein the four sections of main tunnels are bidirectional two-hole adjacent continuous tunnels whichare divided into left lines and right lines, and the middle parts of the four main tunnels are adjacent opening sections. According to the experiment device, four sections of main tunnels are combined, a longitudinal distance between each upstream tunnel and each downstream tunnel as well as a lateral distance between each left line tunnel and each right line tunnel can be regulated at will, so that an influence on tunnel group ventilation and pollution discharge by an adjacent tunnel interval, a tunnel group lateral distance, a tunnel temperature as well as a traffic flow and a speed in the tunnel is evaluated in the same tunnel ventilation experiment device, so that the manufacture cost of a model is saved, a manufacture period is shortened, in addition, an evaluation error is greatly lowered, and the accuracy of an evaluation result is guaranteed.

Description

technical field [0001] The invention relates to a tunnel ventilation test device, in particular to a close-to-continuous tunnel group ventilation test device and a manufacturing method. Background technique [0002] With the continuous expansion of the urbanization process, the scale of cities and towns has also increased, and the number of traffic buildings has continued to increase. Urban traffic is the "culprit" of air pollution. The backward transportation facilities and large population concentration make traffic congestion a prominent problem in many large cities at home and abroad. In order to alleviate the overload of urban traffic, tunnels have become an important measure to alleviate traffic congestion and the shortage of urban land resources. Because tunnels are mostly built in areas with heavy traffic and high density of people, they often face severe environmental constraints. Understanding their ventilation characteristics and pollutant diffusion characteristi...

AI Technical Summary

Problems solved by technology

[0009] The invention provides a ventilation test device for a group of close continuous tunnels and a manufacturing method thereof, in order to solve the problem that the existing ventilation test platform is difficult to evaluate the impact of different proximity distances, different lateral distances, different test temperatures, and different driving conditions on the urban proximity continuous tunnel group. Effects of Ventilation and Blowdown

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