实验科学与技术2025，Vol.23Issue(6)：43-48,64,7.DOI:10.12179/1672-4550.20240293
材料力学叠合梁弯曲正应力的虚拟仿真拓展研究
An Extended Virtual Simulation Study on Bending Normal Stress of Composite Beams in Mechanics of Materials
摘要
Abstract
Bending deformation is an important chapter in Mechanics of Materials and is also a concept that students commonly find challenging.In order to deepen students'understanding and mastery of concepts such as the neutral layer,Hooke's law,stress distribution,an extended teaching module on bending normal stress in Mechanics of Materials is presented.Building upon the instruction of single-beam bending,this module expands to include the analysis of bending normal stress in both superimposed and bonded beams,complemented by corresponding normal stress tests.To help visualize physical concepts—such as stress distribution and the neutral layer—which are difficult to demonstrate intuitively in traditional teaching,a virtual simulation extension is implemented based on the theoretical and experimental foundations.This involves using finite element software to carry out simulation calculations for the above two types of beam structures.Through the systematic approach integrating theory,experiment,and simulation,students can achieve a more profound and intuitive understanding of key concepts,including bending stress,the neutral layer,and Hooke's law.关键词
弯曲正应力/材料力学/组合梁/虚拟仿真/剖面应力Key words
bending normal stress/mechanics of materials/composite beams/virtual simulation/section stress分类
信息技术与安全科学引用本文复制引用
敖日汗,崔丹,田红艳,马驰骋..材料力学叠合梁弯曲正应力的虚拟仿真拓展研究[J].实验科学与技术,2025,23(6):43-48,64,7.基金项目
河北工业大学2023-2024年度本科教育教学改革研究与实践项目(202301005) （202301005）
河北工业大学2022-2023年度本科教育教学改革研究与实践项目(202202001). （202202001）
