Nonlinear analysis of flexural capacity of beams integrated material by corn stalk recombined material

Abstract

Integrated material by corn stalk recombined material is a new type of wood substitute material made of corn straw after a series of processing technology. In this paper, the nonlinear simulation analysis of the bearing capacity, deformation and other working conditions of the beam is carried out by using the finite element analysis software ANSYS, to summarize the mechanical characteristics of the material beam. At the same time, the mechanical basis for the application of this material to bending members is proposed by comparing the corresponding performance of the wood beam with that of the beams integrated material by corn stalk recombined material, which has an important reference value for the research on the structural performance of the beams integrated material by corn stalk recombined material.