Technological Inheritance of Waviness at Milling

M.K. Vitvinov; S.L. Leonov; A.A. Sitnikov

doi:10.4028/www.scientific.net/AMM.698.491

Paper Titles

Evaluating the Effectiveness of Axial and Isostatic Pressing Methods of Ceramic Granular Powder
p.472

Relationship between Quenching Deformations and Machining Allowance
p.478

Technological Peculiarities Providing the Surface Quality Parameters at Ultrasonic Surface Hardening
p.482

Numerical Simulation of Parts Quenching Deformation
p.487

Technological Inheritance of Waviness at Milling
p.491

Effect of Heat-Treatment on the Interface Microstructure of Explosively Welded Stainless Steel – Bronze Composite
p.495

Earing and Anisotropy Indices of Texture Components in the Hot-Rolled 3104 Alloy
p.501

Obtaining the Nanostructured Nitride Composition TiN-BN Powder by the Self-Propagating High-Temperature Synthesis from the Azide KBF₄-NaN₃-Na₂TiF₆ and "NH₄BF₄-NaN₃-Na₂TiF₆ Systems
p.507

The Influence of Molding Powder Breakup on the Sintered Ceramic Quality
p.513

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vol. 698Technological Inheritance of Waviness at Milling

Technological Inheritance of Waviness at Milling

Abstract:

To describe the shaping process of the part profile the transfer functions device is used. These functions are obtained with the help of the operation frequency characteristics. The results show the dependences of the transfer function coefficients on the cutting conditions parameters.