碳纤维复合材料设计参数对液压缸力学性能影响规律数据集

本数据主要面向项目任务书中项目目标、成果与考核指标表的“4.碳纤维液压缸”之“碳纤维液压缸设计技术”中的结构设计技术，来源于碳纤维缸筒力学性能随着纤维铺设角度的变化规律，根据层合筒模型和碳纤维材料性能参数计算得到各层形变，包括径向变形量随铺层角度的变化规律、径向变形量随铺层顺序的变化规律、轴向变形量随铺层角度的变化规律等数据。数据集结构包括192KB数据。

This dataset targets the structural design technology under the 'Carbon Fiber Hydraulic Cylinder Design Technology' section of Item 4 'Carbon Fiber Hydraulic Cylinder' in the table of project objectives, deliverables and assessment indicators included in the project task statement. The dataset is established based on the variation rules of mechanical properties of carbon fiber cylinder barrels with fiber layup angles. By utilizing the laminated cylinder model and the performance parameters of carbon fiber materials, the deformation of each layer is calculated, covering data such as the variation of radial deformation with layup angle, the variation of radial deformation with layup sequence, and the variation of axial deformation with layup angle. The total size of this dataset is 192KB.

搜集汇总

背景与挑战

背景概述

该数据集主要研究碳纤维复合材料设计参数对液压缸力学性能的影响，包含径向和轴向变形量随铺层角度和顺序的变化规律数据，数据量为212.72KB，文件数为2个。数据集来源于国家重点研发计划项目，由北京航空航天大学创建并发布。