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Risk Assessment Of Campus Equipment Facilities Based On AHP-Risk Matrix Method

Posted on:2020-01-29Degree:MasterType:Thesis
Country:ChinaCandidate:N QuFull Text:PDF
GTID:2427330578982698Subject:Safety engineering
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With the development of economy,the country's demand for Senior talent and precision equipment is growing.Campus is the place where technology produces.It is very important to the advancement of technology.However,in recent years,Accidents caused by campus equipment are extremely dangerous,especially in terms of personnel safety and property.Domestic and foreign scholars have less research on campus equipment.It is difficult to determine the cause of the accident.It leads to a risk of greater risk and cannot take timely measures.The problem of campus equipment security has become an urgent problem to be solved.This article collects accident cases for 2017 and 2018.This paper analyzes the characteristics of the accident case and establishes the campus equipment risk source form.Read a lot of literature,choose the appropriate method and evaluated model-constructs the 7-step method,According to the risk matrix method,the risk impact and its probability are classified,and then the risk level is determined.Then,according to the Borda order value method,the severity of the risk is further sorted.Then,based on the ranking result,the risk factors are constructed.Compare the judgment matrix and obtain the risk weight value according to AHP.Finally,combine the risk level quantified value with its corresponding risk weight to obtain the campus equipment facility risk assessment level.This paper establishes a campus equipment facility risk assessment model.Apply the model to a school in Beijing and results are as follows: Campus equipment risk score of 1.58 points.It is low risk.In the second level system,the laboratory is at medium risk.In order for the equipment to operate safely,it should take timely measures.This campus example verifies that the model in this paper can be applied.
Keywords/Search Tags:campus risk, equipment facility, quantitative evaluation benchmark, risk matrix, Borda value, analytic hierarchy process
PDF Full Text Request
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