Performance of carbide insert in turning of titanium alloy under carbon dioxide cryogenic cooling
In manufacturing industries, such as aerospace, automotive, chemical and medical, the application of titanium alloys has received more attention, especially in dental implant and orthopedic implant. Although this titanium alloy has a unique characteristics, such as difficulties to machining due to h...
| 主要作者: | Mat, Siti Asiyah |
|---|---|
| 格式: | Thesis |
| 语言: | 英语 英语 |
| 出版: |
2021
|
| 主题: | |
| 在线阅读: | http://eprints.utem.edu.my/id/eprint/25985/ https://plh.utem.edu.my/cgi-bin/koha/opac-detail.pl?biblionumber=121197 |
| Abstract | Abstract here |
相似书籍
The effect of cryogenic carbon dioxide cooling on surface integrity of titanium alloy in turning
由: Razak, Muhammad Shahmi
出版: (2021)
由: Razak, Muhammad Shahmi
出版: (2021)
Surface roughness analysis on titanium alloy Ti-6AI-4V ELI during turning with uncoated carbide insert
由: Mastuki, Ammar Aizat
出版: (2019)
由: Mastuki, Ammar Aizat
出版: (2019)
The effect of cryogenic cooling during turning of titanium alloy Ti-6Al-4V
由: Kanes Samy
出版: (2025)
由: Kanes Samy
出版: (2025)
The effect of cryogenic cooling when drilling titanium alloy
由: Haniff Azman
出版: (2025)
由: Haniff Azman
出版: (2025)
Progressive tool wear in machining biomedical alloy using uncoated and titanium diboride coated tungsten carbide tools
由: Mohd Hafizu, Zakaria
出版: (2019)
由: Mohd Hafizu, Zakaria
出版: (2019)
Performance evaluation of uncoated and coated carbide tools when drilling titanium alloy
由: Abd. Rahim, Erween
出版: (2005)
由: Abd. Rahim, Erween
出版: (2005)
Performance investigation and multi-objective optimization of end milling of aluminium alloy 6061 T6 with coated and uncoated carbide tools under various cooling conditions
由: Syeda Najiha, Masood
出版: (2015)
由: Syeda Najiha, Masood
出版: (2015)
Detection Of Chipping In Ceramic
Cutting Inserts From Workpiece
Profile Signature During Turning
Process Using Machine Vision
由: Kiow, Lee Woon
出版: (2017)
由: Kiow, Lee Woon
出版: (2017)
Optimization of carbide tool performance under dry conditions in turning titanium alloy Ti-6A-4V ELI
由: Adam, Muhamad Alif
出版: (2023)
由: Adam, Muhamad Alif
出版: (2023)
Detection Of Chipping In Ceramic Cutting Inserts From Workpiece Profile Signature During Turning Process Using Machine Vision
由: Lee, Woon Kiow
出版: (2017)
由: Lee, Woon Kiow
出版: (2017)
Performance of carbide tools and surface integrityof inconel alloy 718 in cryogenic and dry machining
由: Noureddin Abdulsalam Badroush (P75404)
出版: (2023)
由: Noureddin Abdulsalam Badroush (P75404)
出版: (2023)
Characterization of titanium aluminide alloys synthesized by mechanical alloying technique
由: Rozman, Mohd Tahar
出版: (2015)
由: Rozman, Mohd Tahar
出版: (2015)
The Effect Of Synthetic Soluble Cutting Fluid Pressure Towards Machinability Using Stainless Steel 304 With Coated Cemented Carbide Insert
由: Zainal Ariffin, Selamat
出版: (2009)
由: Zainal Ariffin, Selamat
出版: (2009)
Machinability of aluminium alloy when face milling using carbide inserts
由: Mohd. Zamri Borhan
出版: (2025)
由: Mohd. Zamri Borhan
出版: (2025)
Effect of vegetable and mineral oil-in-water emulsion cutting fluids in turning AISI 4340 steel with coated carbide tools / Sunday Albert Lawal
由: Sunday, Albert Lawal
出版: (2013)
由: Sunday, Albert Lawal
出版: (2013)
The effect on usage of quarry dust suspension as coolant in drilling of titanium alloy
由: Kursus, Maisarah
出版: (2022)
由: Kursus, Maisarah
出版: (2022)
Comparison of machinability aluminium alloy LM6 when using coated and uncoated carbide cutting tool
由: Khuzaimi, Mohd Aris
出版: (2014)
由: Khuzaimi, Mohd Aris
出版: (2014)
Friction stir alloying of immiscible magnesium alloy and mild steel with aluminium and carbon nanotubes as additives / Sufian Raja
由: Sufian , Raja
出版: (2022)
由: Sufian , Raja
出版: (2022)
Development Of Fuzzy Logic Model For Turning Process Of Steel Alloy And Titanium Alloys
由: Tan, Jit Yean
出版: (2004)
由: Tan, Jit Yean
出版: (2004)
Machinability assessment when turning AISI 316L austenitic stainless steel using uncoated and coated carbide inserts
由: Rusdi Nur
出版: (2025)
由: Rusdi Nur
出版: (2025)
Surface Roughness Study On Mild Steel In Conventional Turning Process Under Three Condition Cutting Fluids
由: Abdullah, Abd Halimnizam
出版: (2019)
由: Abdullah, Abd Halimnizam
出版: (2019)
Effect of wire-EDM parameters on machining characteristics of titanium alloy (Ti6AI4V) using Taguchi method
由: Jaafar, Noor Azam
出版: (2013)
由: Jaafar, Noor Azam
出版: (2013)
Drilling of titanium alloy Ti-6A1-4V using uncoated and coated carbide drills - surface integrity study
由: Lee Joo Hong
出版: (2025)
由: Lee Joo Hong
出版: (2025)
Flow and heat transfer characteristics of supercritical carbon dioxide in mini-channels
由: Thiwaan Rao, Narasimma Naidu
出版: (2018)
由: Thiwaan Rao, Narasimma Naidu
出版: (2018)
Simulation study of biomechanical properties of porous titanium alloy spinal cage using ct-fea
由: Muhammad Shahruddin, Azmi
出版: (2024)
由: Muhammad Shahruddin, Azmi
出版: (2024)
Electrical Discharge Machining Of Titanium Alloy (Ti-6al-4v) Using Various Types Of Electrodes
由: Jonid, Izyan Dayana
出版: (2019)
由: Jonid, Izyan Dayana
出版: (2019)
Forced convection heat transfer performance of TiO2-SiO2 nanofluids with wire coil inserts
由: Khamisah, Abdul Hamid
出版: (2019)
由: Khamisah, Abdul Hamid
出版: (2019)
Chatter & machinability aspects in end milling of metal matrix composite (MMC) and titanium alloys -Ti-6A1-4V using carbide & pcd inserts
由: Nor Khairusshima Muhamad Khairussaleh
出版: (2024)
由: Nor Khairusshima Muhamad Khairussaleh
出版: (2024)
Energy and cost integration model for multi-objective optimisation in turning process of stainless steel 316
由: Bagaber, Salem Salah Abdullah
出版: (2019)
由: Bagaber, Salem Salah Abdullah
出版: (2019)
Control of Heating and Cooling of Adsorbers for Adsorption Cooling from Vehicle Exhaust Waste Heat using Programmable Logic Controller
由: Ephrem Ryan, Alphonsus
出版: (2018)
由: Ephrem Ryan, Alphonsus
出版: (2018)
Effect of powder metallurgy processing parameters on mechanical properties and dehydrogenation behaviour of titanium-niobium alloy
由: Sa'aidi, Anis Fatehah
出版: (2025)
由: Sa'aidi, Anis Fatehah
出版: (2025)
Effect Of Carbon Additives And Surfactant On Electrical Discharge Machining (EDM) Of Reaction-Bonded Silicon Carbide (RB-SiC)
由: Abdul Razak, Muhammad Raziman
出版: (2017)
由: Abdul Razak, Muhammad Raziman
出版: (2017)
Carbon dioxide solar assisted heat pump system for space cooling and heating
由: Baradey, Yehya A.A
出版: (2024)
由: Baradey, Yehya A.A
出版: (2024)
Analyzing the effect of parameter setting on surface roughness of turning process
由: Alias, Mohd Fairuz
出版: (2022)
由: Alias, Mohd Fairuz
出版: (2022)
Surface roughness study on aluminium in high speed turning process
由: Dahlan, Mohd Shazwan
出版: (2019)
由: Dahlan, Mohd Shazwan
出版: (2019)
Performance of Minimum Quantity Lubrication System with Vegetable Oils in Turning
由: Teo, Chong Yaw
出版: (2017)
由: Teo, Chong Yaw
出版: (2017)
Preheating, cryogenic cooling and combined approach to improved machinibility of stainless steel
由: Kok, Pok Yee
出版: (2024)
由: Kok, Pok Yee
出版: (2024)
Surface roughness study on mild steel in high speed turning process
由: Muhammad Kamal Aysraf, Pubin
出版: (2016)
由: Muhammad Kamal Aysraf, Pubin
出版: (2016)
Prediction Of Tool Wear Characteristics In Turning On Inconel 718 : Experimentation And Simulation
由: Abd Aziz, Syazxerlin
出版: (2018)
由: Abd Aziz, Syazxerlin
出版: (2018)
Characterization study of silver titanium dioxide (AgTiO2) thin film deposited on various substrates via sol-gel technique
由: Md Radzai, Fatimah
出版: (2012)
由: Md Radzai, Fatimah
出版: (2012)
相似书籍
-
The effect of cryogenic carbon dioxide cooling on surface integrity of titanium alloy in turning
由: Razak, Muhammad Shahmi
出版: (2021) -
Surface roughness analysis on titanium alloy Ti-6AI-4V ELI during turning with uncoated carbide insert
由: Mastuki, Ammar Aizat
出版: (2019) -
The effect of cryogenic cooling during turning of titanium alloy Ti-6Al-4V
由: Kanes Samy
出版: (2025) -
The effect of cryogenic cooling when drilling titanium alloy
由: Haniff Azman
出版: (2025) -
Progressive tool wear in machining biomedical alloy using uncoated and titanium diboride coated tungsten carbide tools
由: Mohd Hafizu, Zakaria
出版: (2019)
