Noshchenko O. Carbide tool cutting efficiency rise by volume modeling of thermostrength

Українська версія

Thesis for the degree of Candidate of Sciences (CSc)

State registration number

0403U000690

Thesis Registration Form

0403U000690.pdf

Applicant for

Specialization

  • 05.03.01 - Процеси механічної обробки, верстати та інструменти

17-02-2003

Specialized Academic Board

Д 26.002.11

Publishing and Printing Institute of Igor Sikorsky Kyiv Polytechnic Institute

Essay

Thesis is devoted to carbide tool efficiency rise by volume modeling its thermostrength. At the first time the three dimensional thermostrength and nonlinear temperature model has been developed for a cutting tool on the base og FEM while it entering, machining and leaving workpiecies. At the first time it has been proved that only simultaneous action of thermal and volume contact loads could present the real thermostrength distribution into a cutting tool and close connected with cutting tool wear. Therefore a cutting tool thermostrength determination has permitted both a cutting tool breakage prediction with any geometrical parameters and it better coating type. The proposed volume thermostrength model has risen carbide tool cutting efficiency because their reliability improvement as well as tool life increasing especially under proposed cutting tool entering conditions.

Read more

Files

Автореф_Обложка.doc

Автореферат.doc

Глава_1.doc

Глава_2.doc

Глава_2_схема_2.4_93.doc

Глава_3.doc

Глава_3.doc

Глава_3_схема_3.24_166.doc

Приложение.doc

Приложение_Титул.doc

Similar theses

0422U100196

Chumak Anatolii O.

Increasing the stability of tools made of superhard composites of cubic boron nitride of the BL group during the final blade processing of hardened steels

0421U104076

Studenets Sergii F.

Improving the performance of cutting broaches from high-speed steels for processing cast iron parts by modifying the surface layer by hydrogen-free ion nitriding

0421U103727

Donchenko Yevhenii Ivanovych

Improving the efficiency of milling based on the development and research of an automated diagnostic system for cutters

0421U103674

Kamchatna-Stepanova Kateryna Valeriivna

Improving the efficiency of mechanical processing of hardened large-module chevron wheels during high-speed gear milling

0521U101862

Chumachenko Tatiana

Controlling the grinding process by controlling the cutting temperature