Lihat Juga

• Tool Wear of Titanium/Tungsten/Silicon/Aluminum-based-coated end Mill Cutters in Millin Hardened Steel
  oleh: Tadahiro Wada, et al.
  Terbitan: (2012)
• Performance of coated carbide tools in turning wood-based materials: Effect of cutting speeds and coating materials on the wear characteristics of coated carbide tools in turning wood-chip cement board
  oleh: Darmawan, Wayan, et al.
  Terbitan: (2010)
• This paper presents the effect of extractive and abrasive material of tropical timber (Damar Laut, Mersawa, and Oil Palm wood) and of composite products (Fiber Board and Cement Board) on the wearing of high speed steel and tungsten carbide cutting tools. The extractive content provides a significant contribution on the chemical wearing of the cutting tools. Oil palm wood and Mersawa wood contain extractives which are more corrosive compared to other wood species tested. Mechanical wear resistance is influenced by the abrasive material contained in the wood, especially silica, both in wood and wood composite products. Mersawa wood caused the cutting tools wear faster than other types of solid wood. Cement board as a composite product caused the damaged of the cutting edge of high speed steel tool due to high abrasive materials contained in the the cement board. Tungsten carbide tool has higher wear resistance than high speed steel tool. Keywords : wear resistance, high speed steel, tungsten carbide, silica, extractive
  oleh: DARMAWAN, Wayan, et al.
  Terbitan: (2012)
• Effect of Interlayer Coating Thickness on the Hardness and Adhesion for the Tungsten Carbide Cutting Tool
  oleh: Kadhim, Kamil Jawad, et al.
  Terbitan: (2017)
• Pengaruh getaran pada pengelasan aluminum 5083 H112 terhadap porositas dan sifat mekanis menggunakan proses las gas metal ARC welding GMAWg dengan kawat las ER 4043 = Effect of vibration to porosity and mechanical properties of aluminum 5083 h112 using gmaw method and filler er 4043 / Aji Wicaksono
  Terbitan: (2014)