Intrinsically Safe in the Tunnel Construction under Complex Geological Conditions

Hui Liu; Zhen Xie

doi:10.4028/www.scientific.net/AMM.204-208.1327

Paper Titles

Forecast Study on Large Deformation of Surrounding Rocks in Mountain Tunnels
p.1307

The Influence of the Twin-Parallel-Tunnels Passing through Construction on Buried Oil & Gas Pipeline
p.1312

Application of Ground Penetrating Radar in Detection of Tunnel Lining Structure Fracture and Processing Measures
p.1318

Construction Simulation and Monitoring Data Analysis on Influence of Tunnel Excavation on the Treatment Structure of Karst Cave
p.1323

Intrinsically Safe in the Tunnel Construction under Complex Geological Conditions
p.1327

Study on Finite Element Algorithm of Jointed Rock Mass in Tunnel in Blasting and Model Building
p.1331

The Measurement of Water Bursting Volume of Jianfeng Mountain Tunnel and Treatment Techniques of Water Bursting
p.1335

Analysis of Difference in Axial Force of Anchor in Shallow-Buried Loess Tunnel with Large Cross-Section
p.1343

Deformation and Stability Study of PBA Extension Method Based on Air Defense Tunnel
p.1347

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 204-208Intrinsically Safe in the Tunnel Construction...

Intrinsically Safe in the Tunnel Construction under Complex Geological Conditions

Abstract:

This article refers to the concept of intrinsically safe that emphasizes the production process, machinery equipment and fixtures which can create a safe production operating conditions for the operator. Combined with the tunnel engineering live telecast, for the complex geological conditions and the difficult safety control of the tunnel engineering, and through the essential safety of tunnel construction analysis, the tunnel project risk will be control effectively.