A Study on Underground Engineering Monitoring Information System

Yan Liu; Tao Liu

doi:10.4028/www.scientific.net/AMM.577.1158

Paper Titles

Study on Safety Monitoring and Forecasting of Qingping Tunnel Exit Based on Image Processing Technology
p.1139

The Stability Analysis for One Failure Slope
p.1146

The Thickness of Immediate Roof and Surrounding Rock Control Theoretical Research
p.1150

Damping Control Study on Concrete Filled Steel Tube Frame Structure with Viscous Damping Walls
p.1154

A Study on Underground Engineering Monitoring Information System
p.1158

A Calculation Method Based on Tension Distribution and Temperature Compensation for Sliding Cables
p.1162

Numerical Modeling of Lateral Earth Pressure Acting on Box Culvert under the Ground Deformation
p.1166

Numerical Simulation of Gas Transportation in Mechanized Top-Coal Caving with Gob-Side Entry Retaining
p.1170

Tunnel Reliability Analysis Based on the Combination of Modified FOSM and Numerical Calculation Program
p.1174

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vol. 577A Study on Underground Engineering Monitoring...

A Study on Underground Engineering Monitoring Information System

Abstract:

In recent years, more and more attentions are paid to risk monitor and safety management technique due to the increasing underground engineering accidents. Compared to the rapid progress of underground engineering, the development of engineering risk management is backward. Engineering risk management has become a problem that must be solved in the first place to ensure construction safety. To solve this problem, a study was conducted on the safety issues encountered in Jinan underground engineering. In this paper, for the purpose of ensuring safety, reducing risk and controlling engineering quality, construction risk distribution disciplines were summed up while concept of safety and risk management was put forward.