Strategy Evaluation System of Large-Scale Public Buildings in Emergency Crisis

Qian Wu; Shu Hua Gao; Hua Tang

doi:10.4028/www.scientific.net/AMR.243-249.6327

Paper Titles

Research on the Decision Making of Large Public Building Maintenance Cycle
p.6302

Designing and Evaluating Safety Accident Emergency Management for Construction Project under Fuzzy Environment
p.6307

Study of Subway Construction Risk Assessment Based on the Triangular Fuzzy Numbers
p.6312

An Application of the FAHP to High-Rise Building Fire Risk Indexes Analyzing
p.6319

Strategy Evaluation System of Large-Scale Public Buildings in Emergency Crisis
p.6327

Case Study of the Bird's Nest: Risks and Opportunities in China's PPP Implementations in Major Sports Facilities
p.6332

Ontology-Based Interorganizational Knowledge Management in Sustainable Construction Project
p.6339

Material Price Risks Impact on Project Costs Research
p.6344

Construction Claims Management of Civil Engineering
p.6348

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 243-249Strategy Evaluation System of Large-Scale Public...

Strategy Evaluation System of Large-Scale Public Buildings in Emergency Crisis

Abstract:

In order to promote the development of crisis management in large-scale public buildings, to make solutions for the insufficient crisis management ,poor implementation and other issues. Crisis strategy evaluation system of large public buildings is proposed through the use of literature research and coding method from the perspective of their own. Three dimensions of 16 evaluations are proposed ,including basic security strategy, risk strategy of emergency response, recovery strategy in the hole life cycle of crisis management. In this section, the research and the calculation method are given, and to determine the index weight by expert investigation method. In order to make clear our strengths and weaknesses when facing emergencies through scientific and reasonable evaluation of current crisis management evaluation strategy. Such is so helpful to improve the theory of crisis management of large public buildings in the application and optimizing risk management, and so is to provid a more complete and effective decision basis for the crisis management strategy of large public buildings when facing emergencies.