【期刊-齿轮设计】基于SolidWorks的三维设计在起重吊

EquipmentManufactringTechnologyNO.1,200856,GYKYZ6(6),,,SolidWorks1,1,2(1.,410000;2.,420000):SolidWorks,,:SolidWorks;;;:TH122:A:1672-545X(2008)01-0046-02,,,,,,,CAD/CAM/CAE,CAD,PROEUGSOLIDWORKSIDEAS,,,,,,,1SolidWorksSolidWorksSolidWorks,,,,,(GB),,,,,,,SolidWorks,,,,,22.1SolidWorks,;SolidWorks;,,;,;12SolidWorks12342.2SolidWorksSolidWorks,,6:2007-10-1:200200002:197420081,,,,,;,,,,,,,,,,,,SolidWorks(SmartMates),,,,32.3SolidWorks;;,,,,,,,,,,43SolidWorks,:;,;,;;,;,:SolidWorksAU-TOCAD,,,SolidWorks,,,,,:[1][2][3][4][5]TheApplicationof3DDesignBasedonSolidworksinCraneSlingWANGXue-hong1,NINGChao-yang1,WANGGui-liang2(1.MechanicalDepartment,HunanIndustryPolytechnicCollege,Changsha410000,China;2.MechanicalDepartment,HunanInstituteofTechnology,HengyangHunan420000,China)Abstract:ThemaincharacterandtheapplicationincraneslingofSolidworksareintroduced.The3Ddesignprocessismainlyexplained,as-semblingmodelandengineeringdrawingarealsodiscussed.Keywords:Solidworks;designofassembly;engineeringdrawing;cranesling.SolidWorks2001[M].:,2002.,.SolidWorks[J].,2003,(4):116-117.,.Solidworks[J].,2007,(2):43-44,46..[M].:,2002..SolidWorks[J].,2005,(1):20-22.47