The main content of this thesis is the research of formwork construction evaluation methods selection and engineering application.Through introduction of the current formwork engineering in China and the summary of the research history,research direction and development process of formwork in our country,a detailed introduction of the research background and research meaning is given in this thesis.At first,this thesis briefly introduces the current formwork engineering,and expounds the classification and development process of the formwork project.Secondly,the influence factors and evaluation index selection of formwork engineering are selected.The basic concept and evaluation system of the formwork engineering,the basic concept of the formwork project is analyzed in detail,and the composition of the formwork works,the goal to achieve and commonly used methods are discussed.The establishment of common evaluation system and the selection of the scheme are discussed.The construction process of the evaluation system is introduced.In view of the current commonly used analytic hierarchy process,theoretical analysis is provided on the fuzzy comprehensive analysis method and the AHP-fuzzy comprehensive analysis method.Finally,on the basis of the above research,the special AHP-fuzzy comprehensive evaluation process is carried out for the actual engineering of the formwork engineering.Then the application of the analytic hierarchy process method is carried out to determine the weight of each index in the construction process of project formwork.Based on the test results,the index evaluation vector can be established and overall multilevel fuzzy comprehensive evaluation of the formwork engineering is carried out,through which the evaluation results of the formwork in the office building.The evaluation results are in good agreement with the construction of the site formwork works,which indicates that the AHP-fuzzy comprehensive evaluation method has a good evaluation function in the construction of the formwork project. |