中国材料进展
中國材料進展
중국재료진전
MATERIALS CHINA
2013年
11期
696-701
,共6页
田广民%李选明%赵永庆%刘彩利%贺林娜%刘啸锋
田廣民%李選明%趙永慶%劉綵利%賀林娜%劉嘯鋒
전엄민%리선명%조영경%류채리%하림나%류소봉
层状金属复合材料%加工技术%研究现状
層狀金屬複閤材料%加工技術%研究現狀
층상금속복합재료%가공기술%연구현상
layered metal composite material%processing technology%research status
概述了层状金属复合材料的爆炸焊接复合法、轧制复合法和爆炸-轧制复合法3种加工技术。介绍了爆炸焊接复合的机理研究及布药、起爆方式、炸药配制、参数选择等工艺技术研究;论述了轧制复合法的热轧复合、等辊径等辊速冷轧复合、等辊径等辊速冷轧复合的技术现状;探讨了爆炸-轧制复合技术的关键是爆炸焊接参数的选择、金属层之间均匀的牵引力、轧制工艺参数确定等。指出了层状金属复合材料加工技术的发展方向是:使材料结构复杂化,提高损伤容限,实现复合材料的韧化;功能一体化,结构材料和功能材料的相互渗透、综合集成;高性能化,进一步提高比强度、比模量;智能化,材料、结构和电子相互融合;低成本化,从过去主要关心性能与质量转到降低成本,强调低成本生产技术。
概述瞭層狀金屬複閤材料的爆炸銲接複閤法、軋製複閤法和爆炸-軋製複閤法3種加工技術。介紹瞭爆炸銲接複閤的機理研究及佈藥、起爆方式、炸藥配製、參數選擇等工藝技術研究;論述瞭軋製複閤法的熱軋複閤、等輥徑等輥速冷軋複閤、等輥徑等輥速冷軋複閤的技術現狀;探討瞭爆炸-軋製複閤技術的關鍵是爆炸銲接參數的選擇、金屬層之間均勻的牽引力、軋製工藝參數確定等。指齣瞭層狀金屬複閤材料加工技術的髮展方嚮是:使材料結構複雜化,提高損傷容限,實現複閤材料的韌化;功能一體化,結構材料和功能材料的相互滲透、綜閤集成;高性能化,進一步提高比彊度、比模量;智能化,材料、結構和電子相互融閤;低成本化,從過去主要關心性能與質量轉到降低成本,彊調低成本生產技術。
개술료층상금속복합재료적폭작한접복합법、알제복합법화폭작-알제복합법3충가공기술。개소료폭작한접복합적궤리연구급포약、기폭방식、작약배제、삼수선택등공예기술연구;논술료알제복합법적열알복합、등곤경등곤속랭알복합、등곤경등곤속랭알복합적기술현상;탐토료폭작-알제복합기술적관건시폭작한접삼수적선택、금속층지간균균적견인력、알제공예삼수학정등。지출료층상금속복합재료가공기술적발전방향시:사재료결구복잡화,제고손상용한,실현복합재료적인화;공능일체화,결구재료화공능재료적상호삼투、종합집성;고성능화,진일보제고비강도、비모량;지능화,재료、결구화전자상호융합;저성본화,종과거주요관심성능여질량전도강저성본,강조저성본생산기술。
Three processing technologies of clad metal composite explosive welding method , rolling cladding and explo-sions-rolling cladding are summarized.Relevant technology research of the mechanism of explosive welding , ways of initia-tion, preparation of explosives, preferences and etc is described;the hot rolling cladding, cold rolling cladding with con-stant roller diameter and other technical status quo is discussed; the key of the explosion-rolling composite technology is selection of explosive welding parameter, even fraction between the metal layers, determination of the rolling process pa-rameters and so on.The development direction of the layered metal composite materials processing technology is:the com-plex structure of the material, increase damage tolerance and high composite toughening;functional integration, structural materials and functional materials interpenetration, comprehensive integration;high performance, and further improve spe-cific strength and specific modulus; intelligent, merging materials, structures and electrons; cost reduction-from the past mainly concerned with performance and quality to turn to reduce the cost .