Researching on the System of Individual Risk Evaluation Model of Heat Damage Pathogenic

Guo Jian Li; Yu Qiao Huang

doi:10.4028/www.scientific.net/AMR.955-959.1504

Paper Titles

A Fluoroimmunoassay Method Using Quantum Dot Labels for Detection of Melamine
p.1484

Oil Containment by Floating Boom under Wave-Current Coupling Conditions III: Prediction on Failure Velocity
p.1491

Assessing Membrane-Protein Interactions Using Fourier Transform Infrared Spectroscopy Technique
p.1496

BCR Speciation Analysis of Mercury in Smelting Slag at Yunnan Arsenic Mining Area
p.1500

Researching on the System of Individual Risk Evaluation Model of Heat Damage Pathogenic
p.1504

Empirical Analysis of Structural Equation on Pro-Environmental Behaviors
p.1508

Surface Water Quality Assessment in Beijing (China) Using GIS-Based Mapping and Multivariate Statistical Techniques
p.1514

Study on Environmental Protection and Sustainable Development of Sports Tourism in China
p.1527

The Block Optimizing Selection and Eco-Environmental Problems of China Shale Gas Exploration and Development
p.1532

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 955-959Researching on the System of Individual Risk...

Researching on the System of Individual Risk Evaluation Model of Heat Damage Pathogenic

Abstract:

With the global temperatures continue to rise, the days of hot weather were increasing, people who works in high-temperature and high-humidity environment will be injured. The heat damage will affect the person's behavior ability, decrease the staff’s working ability and cause misoperation. Comprehensive analysis of the factors of all aspects is very important for the analysis of heat damage risk to human. The analytic hierarchy process (AHP) method is used to analyze the problem in five aspects which are the physiological and psychological characteristics, work factors, work characteristics, work environment. The scores and the total score are calculated. Five classes classification method is used to establish the system of the individual risk evaluation model of heat damage pathogenic. The corresponding improvement strategies are provided to ensure the worker safety.