兵器材料科学与工程
兵器材料科學與工程
병기재료과학여공정
Ordnance Material Science and Engineering
2010年
2期
108-113
,共6页
贾祥磊%朱秀荣%陈大辉%费良军
賈祥磊%硃秀榮%陳大輝%費良軍
가상뢰%주수영%진대휘%비량군
耐热铝合金%强化机制%综述%弥散强化%固溶强化
耐熱鋁閤金%彊化機製%綜述%瀰散彊化%固溶彊化
내열려합금%강화궤제%종술%미산강화%고용강화
heat-resistant aluminium alloy%strengthening mechanism%review%dispersion strengthening%solution strengthening
耐热铝合金具有良好的中温性能,在兵器、航空、航天以及汽车工业中应用广泛.综述国内外耐热铝合金材料的研究进展,重点介绍合金元素对铝合金耐热性的影响;从固溶强化、弥散强化、过剩相强化和晶界强化几个方面介绍了耐热铝合金的强化机理:并展望耐热铝合金的发展趋势.
耐熱鋁閤金具有良好的中溫性能,在兵器、航空、航天以及汽車工業中應用廣汎.綜述國內外耐熱鋁閤金材料的研究進展,重點介紹閤金元素對鋁閤金耐熱性的影響;從固溶彊化、瀰散彊化、過剩相彊化和晶界彊化幾箇方麵介紹瞭耐熱鋁閤金的彊化機理:併展望耐熱鋁閤金的髮展趨勢.
내열려합금구유량호적중온성능,재병기、항공、항천이급기차공업중응용엄범.종술국내외내열려합금재료적연구진전,중점개소합금원소대려합금내열성적영향;종고용강화、미산강화、과잉상강화화정계강화궤개방면개소료내열려합금적강화궤리:병전망내열려합금적발전추세.
Heat-resistant aluminum alloys had been used widely in ordnance,aerospace and automotive industry for the excellent intermediate temperature properties.The research developments of heat-resistant aluminum alloys were reviewed in this paper,the influence of various alloy elements on the heat resistance of aluminum alloy was introduced in detail.The solution strengthening,dispersion strengthening,surplus strengthening and grain boundary strengthening of aluminum alloys were summarized,and the future development trend of heat-resistant aluminum alloys was discussed.