Raw Process Data from Prototype Resistive Heating Forming System for Biodegradable Materials - Part 2

This dataset contains raw PLC process monitoring logs generated during experimental research on resistive volumetric heating technology for forming biodegradable plant-based materials. This repository is Part 2 of a multi-part collection of raw PLC process logs generated during experimental research on resistive volumetric heating technology for biodegradable materials processing. The data were acquired from a prototype forming system developed during industrial research and experimental development activities focused on rapid manufacturing of biodegradable molded products from plant-derived materials. The logs include time-series process parameters recorded during experimental forming cycles, including: electrical current, voltage, process temperatures, vacuum and pressure parameters, process timing, energy-related parameters, safety and operational limits, process control variables. The datasets were generated during experimental optimization of: moisture content, process stability, energy delivery, vacuum-assisted forming conditions, material homogeneity, thermal process behavior. The files represent raw research data collected directly from the PLC-controlled experimental platform and are published as part of the open dissemination of industrial research and development results related to biodegradable materials processing technologies. The repository is intended to support transparency, reproducibility and open dissemination of experimental process engineering data.本数据集涵盖用于可降解植物基材料成型的电阻体积加热技术实验研究过程中产生的原始可编程逻辑控制器 (Programmable Logic Controller, PLC) 过程监控日志。 本数据集仓库为多卷原始PLC过程日志合集的第二部分，该合集源自可降解材料加工用电阻体积加热技术的实验研究。 本数据集采集自一套原型成型系统，该系统研发于以植物源材料快速制备可降解模塑产品为目标的工业研究与实验开发活动中。 实验成型周期内记录的时序过程参数涵盖以下类别： - 电流 - 电压 - 工艺温度 - 真空与压力参数 - 工艺时序 - 能耗相关参数 - 安全与运行限值 - 过程控制变量 本数据集生成于针对以下参数的实验优化过程中： - 物料含水率 - 工艺稳定性 - 能量输送 - 真空辅助成型工况 - 材料均匀性 - 热过程行为 本数据集文件均为直接从PLC控制的实验平台采集的原始研究数据，作为可降解材料加工技术相关工业研发成果公开传播的组成部分予以发布。 本数据集仓库旨在提升实验过程工程数据的透明度、可复现性，并推动其公开传播。