Wooden architectural structures have garnered widespread attention due to their exceptional green performance.However,the existing evaluation standards in China are not sufficiently systematic and comprehensive for assessing such special buildings.Based on a comprehensive analysis of research overviews and existing evaluation systems for wooden structures,this study adopts grounded theory to establish an evaluation index system.Through the application of the Delphi method,the indices were optimized;a combined subjective and objective weighting method was employed to assign weights to each index within the overall model,ensuring the scientific validity and rationality of the index weights.Through in-depth analysis and expert feedback utilizing grounded theory and the Delphi method,the evaluation indices were refined and optimized,leading to the formation of a green performance evaluation index system for wooden architectural structures.This system includes six primary indices and 31 secondary indices.Following weight analysis,insights into the development of wooden structures were derived from the index system,and targeted development suggestions were proposed.The analysis offers a reliable set of evaluation indices for assessments of wooden architectural structures in future.
wooden structure buildingevaluation index systemgrounded theorycombined weighting method
NETL
NSTL
万方数据
