TIG-半自动-密闭式采集-铝合金-铝焊丝-Ar

在合肥工业大学利用真空箱测量该工艺场景各环境负荷进行收集。采集工艺为TIG，采集条件为密闭式采集，焊接材料为铝焊丝，母材为铝合金板，采集了CO2、NOx、O3、PM2.5、PM10等物质，采集数据为原始采集，以实验稳定值作为最终结果。

Data collection was conducted at Hefei University of Technology, where various environmental loads in this process scenario were measured using a vacuum chamber. The collection process adopted TIG welding, with airtight collection conditions. Aluminum welding wire was used as the welding material, and aluminum alloy plates served as the base material. Substances including CO₂, NOₓ, O₃, PM2.5, PM10 and others were collected. The collected data were raw experimental measurements, and the final results were derived from the stable values obtained in the experiments.

搜集汇总

背景与挑战

背景概述

该数据集聚焦于TIG焊接工艺在密闭式采集条件下的环境负荷数据，具体涉及铝合金板与铝焊丝的材料组合，采集了CO2、NOx、O3、PM2.5、PM10等关键污染物，数据以实验稳定值呈现，旨在支持制造工艺的环境评价研究。数据集由合肥工业大学创建，属于国家重点研发计划项目'基础制造工艺资源环境负荷数据采集及环境评价数据库建设'的一部分，数据量较小（387.77KB，2个文件），适用于资源环境负荷分析领域。