Experimental data from: On Simultaneous Buckling, Contact and Load Carrying Capacity

Figures 7, 9, 12: The experimental data was collected using a digital load cells (Omega 50N with 0.05N precision, and Omega 500N load with 0.1 N precision), and two proximity lasers (OPTO NCDT 1302, with a precision of 0.025~mm). The data was then placed in the Kaleidograph (Mac) and plotted. Figure 3: This is numerical data, generated and plotted using Matlab. Also included is a typical multi-column design used by the 3D-printer. This was produced using the software package Solidworks. This data relates to the paper entitled "On Simultaneous Buckling, Contact and Load Carrying Capacity"

图7、图9、图12：本实验数据通过数字式测力传感器（digital load cells，Omega 50N型，精度0.05N；Omega 500N型，精度0.1N）与两台OPTO NCDT 1302型接近式激光器（proximity lasers，精度0.025 mm）采集所得。采集完成后，将数据导入Mac版Kaleidograph软件进行绘图处理。图3：该数据集为数值型数据，通过Matlab生成并绘制图表。此外还包含3D打印机常用的典型多立柱设计，该设计由Solidworks软件套件制作完成。本数据集关联学术论文《论同时发生的屈曲、接触与承载能力》（On Simultaneous Buckling, Contact and Load Carrying Capacity）。