CAJ | 학술논문

本文在试验的基础上，基于LabVIEW的数据分析软件设计，通过对实验得到的动应力动能量值进行插值、拟合求出动应力动能量曲线，进而得到 a、b值；再将 a、b带入应力-能量曲线来反求最大加速度-静应力曲线。这一软件设计既是对应力-能量法可行性的验证，又是对应力能量法的实际应用。其目的在于寻求一种更为实用简便的方法以减少缓冲曲线测定的工作量，从而大大缩短包装设计的时间，减少包装材料的用量。
본문재시험적기출상，기우LabVIEW적수거분석연건설계，통과대실험득도적동응력동능량치진행삽치、의합구출동응력동능량곡선，진이득도 a、b치；재장 a、b대입응력-능량곡선래반구최대가속도-정응력곡선。저일연건설계기시대응력-능량법가행성적험증，우시대응력능량법적실제응용。기목적재우심구일충경위실용간편적방법이감소완충곡선측정적공작량，종이대대축단포장설계적시간，감소포장재료적용량。
The paper is grounded on the experiment and the design of data analysis software based on LabVIEW .The software is designed to interpolate the experimental values obtained and generate the stres-senergy curve by exponential fitting .Then it uses the special coeffi-cient a and b which fits the curve to reverse the maximum acceleration-static stress curve . The software is designed not only to verify the feasibility of the stress-energy method ,and it also can be called a practical application of the method .The aim is to seek a more practical and easy way to reduce the workload of the determination of the buffer curve ,thereby great-ly reducing the packaging design time and at the same time reducing the amount of packaging materials .