Form for the exercises

Pagina 1

Advancedmachining NominaldiameterofthetoolDaor mm Numberofflutes Z Inclinationofthetool 0 degrees Axialdepthofcut dp mm Radialdepthofcut de mm Radiusoftheroundedcorner R mm Ifflatendmill DcDcap Engagedtooldiameter Dcap mm DcapDesinOtarccos12 Dcap2 apDcap in Cuttingspeed a Ita IT.deR Spindlespeed R rpm n dea Vgn.fz.az Feedrateatthetoolcenter Up Iit vg.FI utVgnh.fz.zFeedrateatthetoolperipheryUn Ifr ogn tip UnFeedpertooth fa rifotn ftp.z Workpiecefinaldiameter Dm mm Dm2R Diameterofthetoolcentertrajectory Dug MM DafDmDcap Engagementangle of degrees 4arccos1 Meanchipthickness hmortemm hm inno Maximumchipthickness hex mm hexfz.sng Uncutchipcrosssection AD mm ADhmap MaterialRemovalRate MRR Ii vg.ap.de Averagecuttingpressure Kam Averagecuttingforce Fam N FenKamAD Massmomentofinertiaofthetool JIDCj mn 01ÈFlexuraldeflectionofthetool 8 mm Averagecuttingmoment Mgm N.mn ManFan Pe m Cuttingpower Pc W PamMamth Laserprocess deensy of did IdsIdo fciao fed fioc Fiberlaserdiameter di un dffeatdoffoc Lensdiameter deens mm Collimatedbeamdiameter deal alcol2foltannn Focallengthofthefocusingbus ffoc mm Focallengthofthecollimatingbus fcol mm Waistbeamdiameter do un dom Azisequaitotreaistance Spotdiameter ds mm d'Eld DÈEFIaI.i Qualityfactor m m BPP BeamParameterProduct BPP mmrad BPP m Angleofdivergences rad 72,72 Maximumdivergenceangleallowable rad arctan Refractiveindex moreRelad Numericalaperture NA NA Incore ncaa Angleofacceptance rad arcsinNA2 Areaofthespot Aspot mm Aspot Opticalabsorption A whenthereismeltingA1 velocity1 a c totainicrness pCpTmTithftm.tn Steen'sconstant inaheattreatmentLf0d'soli becausethereisnomelting Irradiance forCwlaser I a I Magnificationfactor MA MAÈ Paintstrippingprocess Hatchdistance da un Overlap Oh Ohdodh do MaterialRemovalRate MRR MRR.IEII I…