生物纤维注塑实验数据

生物纤维注塑实验数据是一个包含大量实验和仿真数据的数据集，主要记录了在实验平台上进行的生物纤维注塑实验中收集的数据。该数据集包括了生物纤维注塑实验的主要数据项，包括但不限于注塑流体的流动过程、纤维在流动过程中的取向分布规律、不同注塑浇口对注塑件性能的影响等内容。数据来源于多次重复实验和对实验结果的数字化处理，具有高度的可靠性和准确性。该数据集旨在提供生物纤维注塑实验研究的参考和支持，对于生物塑料材料的研发、优化和应用具有重要的意义。本数据集记录了从2021年12月至2022年7月期间，利用可视化生物塑料注塑实验平台对纤维在流动过程中的取向分布规律进行的一系列实验。时间精度为秒级，记录了不同注塑浇口、不同注塑参数等不同实验条件下的实验数据。空间范围为实验平台内，空间精度取决于使用的测量仪器的精度。数据计算方式为结合高速摄像机和数值模拟，通过对注塑流体流动过程的观测和数值模拟结果的比对来进行分析。在数据收集过程中，实验平台的温度、湿度等参数均经过了严格控制。在数据处理过程中，数据的噪声和异常值均经过了筛选和清洗，以确保数据的准确性和可靠性。本数据集包含的主要数据项包括：纤维取向分布图、注塑流动过程的高速摄像机视频、数值模拟结果、实验过程中采集的温度、湿度等参数以及其他相关的实验数据

The Bio-fiber Injection Molding Experimental Dataset is a comprehensive collection of experimental and simulation data, primarily documenting data gathered from bio-fiber injection molding experiments conducted on a dedicated experimental platform. This dataset covers core data items of bio-fiber injection molding experiments, including but not limited to the flow process of injection molding fluids, the law of fiber orientation distribution during the flow process, the impact of different injection gates on the performance of injection-molded parts, and other relevant contents. The data is derived from multiple repeated experiments and digital post-processing of experimental results, with high reliability and accuracy. This dataset aims to provide reference and support for bio-fiber injection molding experimental research, and is of great significance for the research, optimization and application of bioplastic materials. This dataset records a series of experiments conducted from December 2021 to July 2022, in which a visualized bioplastic injection molding experimental platform was used to study the law of fiber orientation distribution during the flow process. The temporal accuracy of the dataset is at the second level, and experimental data under different conditions such as different injection gates and injection parameters are recorded. The spatial scope is within the experimental platform, and the spatial accuracy depends on the precision of the measuring instruments used. The data is calculated and analyzed by combining high-speed cameras and numerical simulations, through comparing observations of the injection molding fluid flow process with numerical simulation results. During the data collection process, parameters such as the temperature and humidity of the experimental platform were strictly controlled. During the data processing stage, noise and outliers in the data were screened and cleaned to ensure the accuracy and reliability of the data. The main data items included in this dataset are: fiber orientation distribution maps, high-speed camera videos of the injection molding flow process, numerical simulation results, parameters such as temperature and humidity collected during the experiment, and other relevant experimental data.