Finite Element Analysis for Force of Cement Fiberboard

Abstract

Cement fiberboard is a new building material that can be used for construction tasks that are strict requirements for the construction period. The safety of other parts in the cement fiberboard building is an important criterion that evaluates cement fiberboard. Doors are one of the most frequently touched places. Therefore, the research on the force on the door has an important reference for the evaluation of building safety. This paper focuses on the safety of cement fiberboard building doors to evaluate the performance of cement fiberboard. A model containing cement fiberboard and other parts is established in ABAQUS, and the simulation experiments such as design, installation, and connection are carried out through software. The tensile stress and tensile displacement of cement fiberboard building doors are analyzed from Young's Modulus, density, and Poisson's Ratio. The method adopts finite element analysis to calculate the tensile stress and tensile displacement of cement fiberboard building doors. The research shows the safety of cement fiberboard.