1.Prepare kayan aiki da samfurori: Duba ko samfuran da aka yanka yana cikin kyakkyawan yanayin aiki, gami da samar da wutar lantarki, yankan ruwa, da tsarin sanyaya. Zaɓi samfuran titanium wanda ya dace ko titanium alloyens da alama alamar yankan.
2.fix samfuran: Sanya samfuran aiki akan teburin aiki na yankan injin yankewa da amfani da abubuwan da ya dace, kamar vices, don daidaita kwatancen samfuran don hana motsi a lokacin yankan tsari.
3.addayar da sigogin yankan: Dangane da kaddarorin kayan da girman samfuran da aka yanka, daidaita saurin yankan, ci abinci, da kuma yankan zurfin injin yankan. Gabaɗaya, don titanium da alloes na titanium, ƙarancin abinci ana buƙatar su guji matsanancin zafi da lalacewa ga microsrupture na samfurori.
4.spstart da yadudduka: Kunna canjin ikon na injin yankan kuma fara yankan yankan. Sannu a hankali ciyar da samfuran zuwa yankan ruwa, kuma tabbatar da cewa tsari tsari ya tabbata da ci gaba. A lokacin yankan tsari, yi amfani da tsarin sanyaya don sanyaya yankin yankan don hana overheating.
5.com na yankan: Bayan an gama yankan, kashe wutar lantarki na injin yankan kuma cire samfuran aiki daga teburin aiki. Duba farfajiya na samfuran samfuran don tabbatar da cewa yana da lebur da santsi. Idan ya cancanta, yi amfani da wata dabarar nika ko wasu kayan aiki don ci gaba da aiwatar da yankan.
6.Kuk: Bayan yankan samfuran, yi amfani da matakai na nika da kuma matakan zubarwa da kuma shirya samfuran don bincike na ƙarfe. Wannan ya hada da amfani da takardu daban-daban na grits daban-daban don niƙa samfuran, wanda aka bi shi da pilland Paste ko wasu jami'an polish don samun santsi da kuma madubi-kamar farfajiya.
7.: Nutsar da samfuran da aka goge a cikin wani maganin da suka dace don bayyana microstructure na titanium sittin. Magani na mahaifa da lokacin attching zai dogara ne akan takamaiman abun da ke ciki da microstructure na titanium sutt.
8.Microscopic kallo: Sanya samfuran da etched a ƙarƙashin microscope na microsographic kuma ku lura da microstructuture ta amfani da fifikon ƙarni daban-daban. Yi rikodin fasalin microstructure, kamar girman hatsi, tsarin lokaci, da rarraba abubuwan ban sha'awa.
9.Analysis da fassarar: Yi nazarin fasalin microstruchure da kuma kwatanta su da microstructure da ake tsammani na titanium alloy. Fassara sakamakon dangane da tarihin sarrafawa, kaddarorin injiniyan, da kuma aikin titanium ado.
10.Rowering: Shirya cikakken rahoto game da bincike na metallographic na titanium ado hanyar, gami da samfurin shiri, yanayin da etching, yanayin lura, da sakamakon bincike. Bayar da shawarwarin don inganta aiki da aikin titanium alloy idan ya cancanta.
Tsarin bincike na Mumbu
Lokaci: Feb-19-2025
