转向臂零件数控加工工艺、加工仿真分析研究 机械制造自动化专业VIP专享VIP免费

转向臂零件数控加工工艺、加工仿真摘要：本文介绍了转向臂零件加工工艺的基本类型及工艺规程，并重点对工艺过程和数控仿真加工过程进行了分析探讨。本文主要利用三维软件来设计仿真加工的全部过程。本文设计的转向臂，在工农业中的应用非常广泛。通过分析其在锤上模锻的变形过程，应用金属塑性变形基本原理，制定了转向臂的成形工艺。在设计过程中，根据转向臂零件的各种参数，分析了其由坯料变为成形锻件的变形过程，制定出了较为合理的工艺流程；由转向臂锻件的制坯过程，设计出了较为经济，使用方便，较为合理的加工过程。关键词：工艺设计模具设计SteeringarmspartsCNCprocessingtechnology,machiningsimulationAbstract：ThistextintroducedthebasictypeandthecraftrulesdistanceofthehotForgingcraft,layingequalstressontoordertomodelprincipleandtransformprocesstocarryonananalyticalstudytothehammermoldForging.Thispapermainlyusingthree-dimensionalsoftwaretodesignsimulationprocessingofallprocess.Thistextdesignofchangedirectionarm,veryextensiveintheapplicationintheworkagriculture.PassanalyticalitthemoldForgingtransformsprocessonthehammer,applyingthemetalstotransformbasicprinciple,drawinguptochangedirectionarmoftakeshapeacraft,andcompletetochangedirectionarmoftheForgingmolddesign.Duringtheperiodofdesign,accordingtochangedirectionvariousparameterofthearmspareparts,analyzeitisanticipatebythemetalstochangeintotakeshapetheForgingpiecetotransformprocess,drawupmorereasonablecraftprocess;FromchangedirectionthearmForgingpiecesystemprocess,designmoreeconomic,useconvenience,morereasonablemoldingtool.Keyword:CraftdesignThemoldingtooldesignSignatureofsupervisor:1目录摘要...................................................................................................................................................-1-Abstract…………………………………………………………………………………………-2-1绪论..............................................................................................................................................-5-1.1高速切削...........................................................................................................................-5-1.2高精度控制.......................................................................................................................-5-1.3高柔性化...........................................................................................................................-5-1.4高一体化.............................................................................................................................-6-1.5网络化................................................................................................................................-6-1.6智能化.................................................................................................................................-6-2生产类型的确定..............................................................................................................-6-2.1零件的作用.......................................................................................................................-6-2.2零件的工艺分析..............................................................................................................-7-2.21以φ16mm孔的中心线加工表面.......................................................................-7-2.22以φ9.3mm孔的中心线加工表面......................................................................