The shore stress field of vacuum plate glazing at the atmospheric pressure was analyzed by the finite element analysis method,and its stress distribution laws were found.The stresses of the parts such as the sealed sides,the shores,and the middle points between two adjacent shores,and etc.,were characterized.The results show that the highest stress occurs in the end surface of every shore,and the maximal stress of the vacuum glazing occurs in the second shore of four square sides,and the shore stress in the second row is next,and its theoretical calculation is in accordance with the result of software analysis.