天津工业大学学报

参考文献

[1]　BrianWilson.Filamentwinding thejumpfromaerospacetocommercialframe[J].SAMPEJournal,1997,33(3):25-32.

[2]　JohnEGreen.Overviewoffilamentwinding[J].SAMPEJournal,2001,37(1):7-11.

[3]　杜善义,沃丁柱,章怡宁,等.复合材料及其结构的力学、设计、应用和评价[M].哈尔滨:哈尔滨工业大学出版社,2000.312-332.

[4]　RobertGrande,JamesHarris,MichaelHiggins.Compositeoverwrappedpressurevesselsforspaceapplications[J].SAMPEJournal,2003,39(2):44-48.

[5]　EvansRN.Developmentofthefilamentwoundcompositemotorcaseforthecompactkineticenergymissile[J].SAMPEJournal,2000,36(4):42-48.

[6]　MurphyAW,LakeRE,WilkersonC.Unlinedreusablefilamentwoundcompositecryogenictanktesting[EB/OL].http:∥www.NASA.gov,1999-01-16.

[7]　KelliA,Corona Bittick,EverettBaker,etal.Filamentwindingofthenavycompositestoragemodule[J].SAMPEJournal,2001,37(1):52-56.

[8]　李　鹏,吴耀楚,王建中,等.复合材料机枪枪架的研制[J].纤维复合材料,2000,17(1):37-39.

[9]　张　波,何国明,罗志中.中国开发出性能超群的反坦克火箭筒[EB/OL].http:∥www.China.com,2001-11-09.

[10]　雷　文.缠绕成型玻璃钢容器的技术特点及其在我国的应用现状分析[J].玻璃钢/复合材料,2000,(3):40-42.

[11]　GabrysCW,BakisCE.Designandmanufacturingoffilamentwindingelastomericmatrixcompositesflywheels[J].JournalofReinforcedPlasticsandComposites,1997,16(6):488-502.

[12]　张福承.纤维缠绕大型立式储罐[J].纤维复合材料,1996,13(3):19-25.

[13]　陈宏章,孙雨虹.中、高压玻璃钢管在中国油田中的应用[J].纤维复合材料,2000,17(3):36-39.

[14]　GuastiF.Pressurevessels:ApossibleapplicationoflowenergyE beamcuring[J].SAMPEJournal,2000,36(2):25-29.

[15]　BenardHarris.Compositebearingscomecleanintextileindustry[J].TextileWorld,1999,149(5):89-91.

[16]　MichaelRKin,JohnOTaylor,BruceLBatten.Theevolutionoffilamentwoundbearings[J].SAMPEJournal,2003,39(2):10-15.

[17]　OsterF,HaupertD,FriedrichK.Advancedslidebearings:Thermoplasticfilamentwindingcombinedwithinjectionmolding[J].SAMPEJournal,2003,39(2):54-62.

[18]　CharlesEKaempen.Doublewallcompositemunicipalpipe:Combiningconcretewithfilamentwindingtechnology[J].SAMPEJournal,2003,39(4):34-41.

[19]　JeffreyFKober.Automatedfiberplacement processcreativity[A].AdvancingTechnologyinMaterialsandProcessing[C].California:SampeNationalBusinessOffice,1985.1238-1245.

[20]　MarkALamontia,SteveBFunck,MarkBGruber.Manufacturingflatandcylindricallaminatesandbuiltupstructureusingautomatedthermoplastictapelaying,fiberplacement,andfilamentwinding[J].SAMPEJournal,2003,39(2):30-34.

[21]　DewayneHoneeuD.FilamentwoundpreformsforRTM[J].SAMPEJournal,2000,36(2):41-45.

[22]　MunroM.Reviewofmanufacturingoffibercompositecomponentsbyfilamentwinding[J].PolymerComposite,1988,9(5):352-359.

[23]　王秉权.树脂基复合材料的现状与发展趋势[A].第八届全国复合材料会议论文集[C],李顺林.北京:航空工业出版社,1994.27.

[24]　丁传荣.拉挤—缠绕设备与工艺技术研究[J].纤维复合材料,1998,15(4):21-24.

[25]　中国树脂基复合材料网.树脂:热塑性增长比热固性快[EB/OL].http:∥www.ourfrp.com,2003-10-25.

[26]　张　昕,李辅安,王晓洁.热塑性树脂基体纤维缠绕工艺[J].纤维复合材料,2003,20(1):27-29.

[27]　WagnerP,ColtonJ.On Lineconsolidationofthermoplastictowpregcompositesinfilamentwinding[J].PolymerComposites,1994,15(6):436-441.

[28]　HenningerF,FridrichK.Thermoplasticfilamentwinding　　　withonlineimpregnation[J].Composites:PartA,2002,33:1479-1486.

[29]　艾　涛,王汝敏.低成本、高性能复合材料的成型技术[J].纤维复合材料,2004,21(2):42-44.

[30]　赵克熙.原苏联芳纶复合材料研究进展及在固体发动机壳体上的应用[J].宇航材料工艺,1995,20(5):8-19.

[31]　王春香.微机数控纤维缠绕机精密张力控制系统研究[D].哈尔滨:哈尔滨工业大学博士论文,1999.

[32]　苏红涛,王永章,黄开榜,等.机器人纤维缠绕与复合材料柔性制造单元[J].纤维复合材料,1996,13(3):15-18.

[33]　CarrinoL.ModularStructureofanewfeeddepositionheadforarobotizedell[J].CompositeScienceandTechnology,2003,63:2255-2263.

[34]　吴皓莹.三维纤维缠绕机多轴运动控制的三维动态仿真[D].武汉:武汉理工大学硕士论文,2002.

[35]　LIHaiSheng,LIANGYou dong.Computeraidedfilamentwindingforelbows[J].JournalofSoftware,2002,13(4):518-525.

[36]　董雪琴.用CADFIL仿真复杂构件的纤维缠绕[J].玻璃钢/复合材料,2002(4):19-21.

[37]　纤维复合材料编辑部.国内第一套玻璃钢缠绕产品设计商用软件问世[J].纤维复合材料,2003,20(1):5-8.

[38]　孔庆宝.促进我国玻璃钢工业稳健发展的思考[J].纤维复合材料,1997,14(1):56-61.