Method for Optimizing the Tool and Process Design for Bevel Gear Plunging Processes

For manufacturing bevel gears, a special tool system consisting of cutterhead and removable blades produces multi-flank chips which are of complex, three-dimensional geometry. The objective of this thesis was to optimize the manufacturing process for continuous and discontinuous plunging for bevel gear cutting regarding tool life based on tool angles and process parameters. For this purpose, a wear model was developed that is based on the elastic deformation of the workpiece.

Om den här boken

For manufacturing bevel gears, a special tool system consisting of cutterhead and removable blades produces multi-flank chips which are of complex, three-dimensional geometry. The objective of this thesis was to optimize the manufacturing process for continuous and discontinuous plunging for bevel gear cutting regarding tool life based on tool angles and process parameters. For this purpose, a wear model was developed that is based on the elastic deformation of the workpiece.

Kom igång med den här boken idag för 0 kr

  • Få full tillgång till alla böcker i appen under provperioden
  • Ingen bindningstid, avsluta när du vill
Prova gratis nu
Mer än 52 000 personer har gett Nextory 5 stjärnor i App Store och på Google Play.

Relaterade kategorier