郑州轻工业学院学报（自然科学版）
鄭州輕工業學院學報（自然科學版）
정주경공업학원학보（자연과학판）
JOURNAL OF ZHENGZHOU INSTITUTE OF LIGHT INDUSTRY(NATURAL SCIENCE)
2014年
5期
89-93
,共5页
邹驰宇%黄致建%郝艳华
鄒馳宇%黃緻建%郝豔華
추치우%황치건%학염화
压气机叶片%UG NX 二次开发%参数化%结构优化设计
壓氣機葉片%UG NX 二次開髮%參數化%結構優化設計
압기궤협편%UG NX 이차개발%삼수화%결구우화설계
compressor blade%UG NX secondary development%parameterization%structure optimization design
以某压气机叶片为对象，在保证其形状不发生畸变的基础上，建立了数学模型．以有限元分析为基础，运用 UG NX 的二次开发功能，结合 C ＋＋程序设计语言，对该压气机叶片进行结构优化设计，得到了同时满足强度和振动要求的最轻结构．结果表明：叶片模型在迭代过程中稳定生成，其优化后的体积（质量）相比优化前减少了6．680％，且能够满足原结构达不到的工作要求．该方法可行有效，可运用于其他机械产品的设计．
以某壓氣機葉片為對象，在保證其形狀不髮生畸變的基礎上，建立瞭數學模型．以有限元分析為基礎，運用 UG NX 的二次開髮功能，結閤 C ＋＋程序設計語言，對該壓氣機葉片進行結構優化設計，得到瞭同時滿足彊度和振動要求的最輕結構．結果錶明：葉片模型在迭代過程中穩定生成，其優化後的體積（質量）相比優化前減少瞭6．680％，且能夠滿足原結構達不到的工作要求．該方法可行有效，可運用于其他機械產品的設計．
이모압기궤협편위대상，재보증기형상불발생기변적기출상，건립료수학모형．이유한원분석위기출，운용 UG NX 적이차개발공능，결합 C ＋＋정서설계어언，대해압기궤협편진행결구우화설계，득도료동시만족강도화진동요구적최경결구．결과표명：협편모형재질대과정중은정생성，기우화후적체적（질량）상비우화전감소료6．680％，차능구만족원결구체불도적공작요구．해방법가행유효，가운용우기타궤계산품적설계．
Taking a compressor blade as subject,the mathematical model of a compressor blade was estab-lished to ensure that it would not distort when it was modeled.With the UG NX secondary development and C ++,the compressor blade was optimized to obtain the lightest structure that can satisfy the strength and vibration,based on the finite element analysis.The results showed that the compressor blade was modeled without error in the iterative process.And the optimal volume (mass)of the axial compressor blade was re-duced by 6.680% than origin which could satisfied the work requirement that the original structure didn’ t.The total method of the structural optimization was effective and feasible and could be used in the design process of other mechanical products.
