?url_ver=Z39.88-2004&rft_val_fmt=info%3Aofi%2Ffmt%3Akev%3Amtx%3Adc&rft.title=MEKANISME+AUS+PAHAT+POTONG+KARBIDA+END+MILL%0D%0A%0D%0APADA+PEMESINAN+MICRO+MILLING%0D%0ATITANIUM+6Al-4V+ELI&rft.creator=EKO+AGUS+SUPRIYADI%2C+1415021041&rft.subject=620+Ilmu+teknik+dan+ilmu+yang+berkaitan&rft.description=Titanium+6Al-4V+ELI+merupakan+titanium+paduan+yang+memiliki+tingkat%0D%0Akeuletan+yang+tinggi+dan+ketangguhan+patah+dan+memiliki+sifat+biokompatibel%0D%0Ayang+baik+dalam+tubuh+manusia+karena+memiliki+sifat+tahan+korosi+yang+baik.%0D%0ASelain+itu%2C+Titanium+paduan+mudah+bereaksi+dengan+material+lainnya.+Pada%0D%0Apemesinan+Titanium+paduan+dengan+proses+micro+milling%2C+memerlukan%0D%0Akecepatan+yang+tinggi+sehingga+dapat+menyebabkan+gesekan+yang+tinggi%0D%0Aantara+alat+dan+benda+kerja%2C+dan+mengakibatkan+suhu+pemotongan+meningkat%0D%0Aserta+menyebabkan+pertumbuhan+Build+Up+Edge+(BUE)+yang+dapat%0D%0Amenyebabkan+kerusakan+pada+pahat.+Tujuan+dari+penelitian+ini+adalah+untuk%0D%0Amengetahui+mekanisme+aus+dan+kerusakan+pahat+endmill+pada+pemesinan%0D%0Amicro+milling+Ti-6Al-4V+ELI.+Parameter+pemotongan+yang+digunakan+yaitu%0D%0Akecepatan+putaran+(n)+%3B+10.000+rpm%2C+15.000+rpm%2C+gerak+makan+(f)+%3B+0.001%0D%0Amm%2Frev%2C+0.005+mm%2Frev%2C+dan+kedalaman+potong+(ap)+%3B+100+%CE%BCm%2C+150+%CE%BCm%2C+dan%0D%0Apahat+karbida+berdiameter+1+mm+dan+2+mm.+Hasil+dari+pegujian+pemesinan%0D%0Amicro+milling+Ti+6Al-4V+ELI+dengan+pahat+endmill+karbida+menunjukan%0D%0Abahwa+parameter+pemesinan+sangat+berpengaruh+terhadap+kerusakan+pahat.+Kerusakan+pada+tepi+(flank+wear)+dominan+untuk+pahat+ini%2C+selain+itu%0D%0Afenomena+Adhered+material+menghasilkan+BUE+yang+menempel+pada+pahat%2C%0D%0Asehingga+menyebabkan+kerusakan+pada+pahat+potong.%0D%0AKata+kunci+%3A+Micro+milling%2C+Ti+6Al-4V+ELI%2C+aus+pahat+endmill%2C+Build+Up+Edge%0D%0A(BUE)%0D%0ATitanium+6Al-4V+ELI+is+a+titanium+alloy+that+has+a+high+degree+of+toughness+and%0D%0Afracture+toughness%2C+and+has+good+biocompatible+properties+in+the+human+body%0D%0Abecause+it+has+good+corrosion-resistant+properties.+In+addition%2C+Titanium+alloys%0D%0Aeasily+react+with+other+materials.+In+machining+Titanium+alloy+with+micro+milling%0D%0Aprocess%2C+it+requires+a+high+speed+so+that+it+causes+high+friction+between+the+tool%0D%0Aand+the+workpiece%2C+and+can+result+in+increased+cutting+temperatures+and+cause+the%0D%0Agrowth+of+Build+Up+Edge+(BUE)+which+can+cause+damage+to+the+tool.+The%0D%0Apurpose+of+this+study+was+to+determine+the+wear+mechanism+and+endmill+tool%0D%0Awear+on+Ti-6Al-4V+ELI+micro+milling.+Cutting+parameters+used+spindel+speed+(n)%3B%0D%0A10%2C000+rpm%2C+15%2C000+rpm%2C+feeding+(f)%3B+0.001+mm+%2F+rev%2C+0.005+mm+%2F+rev%2C+and+depth+of%0D%0Acut+(ap)%3B+100+%CE%BCm%2C+150+%CE%BCm%2C+and+carbide+endmill+in+diameter+1+mm+and+2+mm.+The%0D%0Aresults+of+machining+micro+milling+Ti+6Al-4V+ELI+with+a+carbide+endmill+indicate%0D%0Athat+machining+parameters+very+influential+on+tool+damage.+Flank+wear+is%0D%0Adominant+for+this+tool%2C+and+the+phenomenon+of+Adhered+material+produces+BUE%0D%0Aattached+to+the+tool%2C+causing+damage+to+the+cutting+tool.%0D%0AKeywords%3A+micromilling%2C+Ti+6Al-4V+ELI%2C+tool+wear+%2C+Build+Up+Edge+(BUE)&rft.publisher=FAKULTAS+TEKNIK&rft.date=2019&rft.type=Skripsi&rft.type=NonPeerReviewed&rft.format=text&rft.identifier=http%3A%2F%2Fdigilib.unila.ac.id%2F57219%2F1%2FABSTRAK.pdf&rft.format=text&rft.identifier=http%3A%2F%2Fdigilib.unila.ac.id%2F57219%2F2%2FSKRIPSI%2520FULL.pdf&rft.format=text&rft.identifier=http%3A%2F%2Fdigilib.unila.ac.id%2F57219%2F3%2FSKRIPSI%2520TANPA%2520BAB%2520PEMBAHASAN.pdf&rft.identifier=++EKO+AGUS+SUPRIYADI%2C+1415021041++(2019)+MEKANISME+AUS+PAHAT+POTONG+KARBIDA+END+MILL+PADA+PEMESINAN+MICRO+MILLING+TITANIUM+6Al-4V+ELI.++FAKULTAS+TEKNIK%2C+UNIVERSITAS+LAMPUNG.+++++&rft.relation=http%3A%2F%2Fdigilib.unila.ac.id%2F57219%2F