Kovalevskaya E. Increase of exactness technological processes contour milling for an accountcorrections of sizes of treatment

Українська версія

Thesis for the degree of Candidate of Sciences (CSc)

State registration number

0408U000773

Thesis Registration Form

0408U000773.pdf

Applicant for

Specialization

  • 05.02.08 - Технологія машинобудування

31-01-2008

Specialized Academic Board

Д 11.052.04

Essay

The object - technological processes of treatment of difficult details of corps on millings machines with CHPU.The purpose - increase of exactness of the contour milling on machine-tools with CHPU by indemnification of resilient deformations on the basis of correction of trajectory.Methods - fundamental bases of technology of engineer, cutting theory, methods of mathematical statistics, analysis of the systems, design on a neyrosetevom base.The novelty - теоретико-applied bases of providing of exactness of treatment of details of difficult profiya.The results - developed and applied in industry engineerings recommendations on application of method of management the resilient moving of elements of the technological system of machine-tool.The use sphere - machine-building enterprises of Ukraine.

Read more

Files

aref.doc

диссертация.doc

диссертация.doc

Similar theses

0423U100054

Vyshnepolskyi Yevhen V.

Improving the quality of gas-turbine engine parts produced by selective laser sintering by means of diamond smoothing

0422U100019

Kostyuk Sava A.

Technological support for increasing the working capacity of the fingers of spherical joints by static-impulse processing

0521U102097

Ihor V. Shepelenko

Scientific bases of technology of drawing antifriction coating with use of plastic deformation

0521U101935

Kusyi Yaroslav Markiyanovych

Scientific and applied basics of the technological inheritability of the quality parameters for providing of the products operation characteristics

0521U101885

Gurey Volodymyr I.

Scientific and technological bases of improving the quality and operational characteristics of machine parts by forming strengthened nanocrystalline layers