论文部分内容阅读
一、前言常规试验工作中,试样的许多物理指标(如干容重、孔隙比、孔隙率、饱和度、液塑限、液塑性指数、压缩系数、压缩模量等)不能直接得到,而要由原始数据按不同的计算公式或作图等间接手段求出。数据的整个处理过程繁琐易错,为此我们设计了这套微机处理程序。经过两年多来的实践证明,采用本系列程序对试验数据处理的结果与人工计算的结果吻合得非常好,既提高了工作效率,又避免了人工计算,作图时可能带人的错误。现介绍几个常规试验数据处理程序的设计思路及程序的运行过程。
I. Preface Many of the physical indexes (such as dry bulk density, void ratio, porosity, saturation, liquid plastic limit, liquid plasticity index, compressibility, compressive modulus, etc.) of the sample can not be directly obtained in routine tests. From the original data by different formulas or drawings and other indirect means to find. The whole data processing is tedious and error-prone, so we designed this microcomputer processing program. After more than two years of practice, it has been proved that the results of the experimental data processing using this series of programs are in good agreement with the results of manual calculation, which not only improves work efficiency but also avoids manual calculation and may bring errors when plotting. Now introduce several routine experimental data processing program design ideas and procedures for the operation.