Self-Formation of Properties of the Mechanical System in Machining

Albinas J. Marcinkevičius

doi:10.4028/www.scientific.net/SSP.97-98.239

Paper Titles

The Polar Sulfonic Groups Influence on Structure of Self-Assembled Tetrapyrrolic Molecules
p.221

Theoretical Modeling of TPPS₄ J-Aggregates
p.225

Basic Self-Formation Processes in the Technologies of the Integrated Circuits
p.229

Modelling Geometry of Technological Masks in Lateral Etching Processes
p.235

Self-Formation of Properties of the Mechanical System in Machining
p.239

Self-Assembly of a Synthetic Opal Infiltrated with Liquid Crystal Like Photonic Crystal
p.245

Enhanced Luminescence of Europium in Porous Anodic Alumina Films
p.251

Self-Formation of the Artificial Planar Systems. Theory and Application
p.259

Self-Formation Phenomenon in the Technological World. Development of Planar Technology
p.267

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Self-Formation of Properties of the Mechanical System in Machining

Abstract:

Most of researchers at research of "self evicted vibrations" in machining state that they are resulted by passing of force stability boundaries of the mechanical system at which oscillations increase hardly. Explanations of process development from the point of view of grinding dependencies are absent. The article is allotted to analyze the process in time, it is shown how in result of action of forced vibrations with frequencies different from any natural frequency of the system new vibrations with some natural frequency of the system are propagated. New properties of the system are formed. Equations are deduced and calculation results are presented in the article.