The Formation of Underground Projects Safety and Risk Management Platform

Yan Liu; Xiu Ting Su

doi:10.4028/www.scientific.net/AMM.584-586.2664

Paper Titles

On Position and Function of On-Site Supervision
p.2644

Research on the Dynamic Compensation Mechanism that is Brought by Engineering Measurement to the Contract Status
p.2647

Schedule Management of Airport Flying Area Construction Based on BIM
p.2653

The Calculation Method of Basic Reserve Fund in Power Grid Construction Project: A Case Study from China
p.2659

The Formation of Underground Projects Safety and Risk Management Platform
p.2664

The Effect of Challenge-Hindrance Stressor on Engineering Design Innovation Behavior — The Mediating Role of Intrinsic Motivation
p.2668

Study on the Influence of Engineering Change of Municipal Engineering Projects of the Project Cost
p.2672

Industrial Cluster Competitiveness Evaluation Model Research Based on Entropy Weight TOPSIS Method
p.2676

Acting Adaptation and Human Parity in the Triad “Man - Knowledge - Methods”
p.2681

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 584-586The Formation of Underground Projects Safety and...

The Formation of Underground Projects Safety and Risk Management Platform

Abstract:

City underground engineering construction has the following characteristics: scattered construction sites, complex participants, massive data, delayed analysis of on-site information and early warning, limit range of risk evaluation and suggestion from experts, etc. in order to implement the safety and risk management system of Ji’nan underground engineering, improve the efficiency of safety monitoring and management, flatten the hierarchy of risk monitoring and management, there is an urgent need to establish the underground engineering safety and risk monitoring and management information system of Ji’nan. It will work as an important implement for Ji’nan’s underground engineering daily management and emergent decision-making.