CAJ | 학술논문

利用某合金钢锻件锻造工艺设计为例，采用了数值模拟分析与工艺试验相结合的手段，研究了具有非加工面的钢质锻件精密成形工艺设计的基本过程。研究结果表明，准确的材料模型是工艺设计的基础，数值分析与工艺试验结果保持一致，数值分析结果为该类成形工艺的模具弹性变形补偿提供了准确的数据。小批量试生产表明，该成形工艺设计满足了设计要求。
이용모합금강단건단조공예설계위례，채용료수치모의분석여공예시험상결합적수단，연구료구유비가공면적강질단건정밀성형공예설계적기본과정。연구결과표명，준학적재료모형시공예설계적기출，수치분석여공예시험결과보지일치，수치분석결과위해류성형공예적모구탄성변형보상제공료준학적수거。소비량시생산표명，해성형공예설계만족료설계요구。
The design of precision forging process of a steel forge piece with nommachined surface was studied by the combined method of numerical analysis and process experiments. The study results were shown as follows, high-precision material model is key part of process design, numerical analysis results were consistent with the results of process experiments, numerical analysis results provided the reference for the forging process design, trial production of small lot size was carried out and showed the forging process satisfied the design requirements.