CAJ | 학술논문

选用某B型单瓦楞纸箱，将其切割成3段，对各段分别进行抗压试验，以探讨各段对整个纸箱强度的贡献度。考虑瓦楞纸箱的材料非线性和几何非线性，采用ANSYS有限元分析软件对纸箱上段和中段以及整个纸箱进行抗压试验仿真分析，以得到纸箱各段和整个纸箱的压缩变形结果、压溃力和压溃位移。结果表明：仿真分析结果与抗压试验结果基本一致，从而验证了所建模型的可行性，且纸箱的强度基本上取决于横向皱褶。
선용모B형단와릉지상，장기절할성3단，대각단분별진행항압시험，이탐토각단대정개지상강도적공헌도。고필와릉지상적재료비선성화궤하비선성，채용ANSYS유한원분석연건대지상상단화중단이급정개지상진행항압시험방진분석，이득도지상각단화정개지상적압축변형결과、압궤력화압궤위이。결과표명：방진분석결과여항압시험결과기본일치，종이험증료소건모형적가행성，차지상적강도기본상취결우횡향추습。
B-type single-corrugated boxes were selected as the research object. Corrugated boxes were cut into three segments and each segment was subjected to Box Compression Test(BCT)in order to determine the contribution of different parts to the strength of the overall box. Taking the corrugated boxes’material nonlinearity and geometric nonlinearity into account, the compression experiments of the upper and mid-corrugated box and the entire corrugated box were simulated by means of ANSYS finite element analysis software. Deformation results, crushing force and displacement of each section and the entire corrugated box were obtained. The results showed that the simulation results were basically in close accordance with the BCT results, the feasibility of the model was verified, and the strength of corrugated boxes essentially depending on horizontal folds.