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介绍了美、英等国研制的先进舰船结构钢及其配套焊接材料、螺旋桨材料和鱼雷壳体材料的状况.

参考文献

[1] Czyryca E J .Development of Low-Carbon, Copper-Strengthened HSLA Steel Plate for Naval Ship Construction[Z].AD-A224,1990.
[2] 蔡廷文.美国海军舰艇船体用钢[J].中外舰船科技,1995(03):12-17.
[3] Ritter J C.Materials Technology for Submarines in the 21st Century[A].Melbourne,1992
[4] Czyryca E J .Advances in High Strength Steel Technology for Naval Hull Construction[J].Key Engineering Materials,1993,84~85:491-520.
[5] Cullison A .Two Paths. One Goal: a Consumable to Weld HSLA100[J].Welding Journal,1994,73(01):51-53.
[6] EWI .Evaluation of Low-preheat Welding Procedures for HSLA-100 Steel[J].Welding Journal,1995,74(04):118.
[7] Beno M L .Characterization of Ultra-low Carbon Bainitic Steels for Use as Weld Wire Consumables[P].AD-A288292,1994.
[8] Deloach J J et al.Current Welding Consumables Research in the U.S[P].Navy. AD-A274348,1994.
[9] Focht E M .Progress Report-Mechanical Properties Evaluation of ASTM A945(HSLA-65) Steels[P].AD-A319658,1996.
[10] Gross J H.Thermomechanical Processing of High Yield Strength Steels, i.e. HY-130 Steel[A].Cleveland, Ohio, USA,1995
[11] Devletian J H.Ultra-low Carbon Bainitic Weld Metal for Joining 65 to 100ksi Yield Steels[A].Warrendale, PA, USA,1996:151-166.
[12] 户部阳一朗.潜水艇用材料の过云、现在、将来[J].防卫技术,1990(11):18-39.
[13] Hill P M .Cutting and Welding in Naval Construction[J].Welding & Metal Fabrication,1991,59(02):63-72.
[14] 齐腾正洋 et al.えラニレス钢系プロペう材料MCRSの基本特性[J].三菱重工技报,1991,28(03):246-251.
[15] 川添强 et al.[J].日本船用机关学会志,1991,26(06):3-11.
[16] [J].The Naval Architect,1994(04):E558.
[17] Last H R.Forged Aluminum-Lithium Alloy Torpedo Fuel Tanks P/M in Aerospace[A].San Diego, California, USA,1993
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