Shalevska I. Increasing hydroabrasive wear-resistance of high-chromium cast iron details

Українська версія

Thesis for the degree of Candidate of Sciences (CSc)

State registration number

0407U002062

Thesis Registration Form

0407U002062.pdf

Applicant for

Specialization

  • 05.16.04 - Ливарне виробництво

26-04-2007

Specialized Academic Board

Д 26.232.01

Essay

The goal of the work is producing wear-resistant materials, which possess sufficient hardness and plasticity reserve secured by optimal characteristics of corroborative phase and matrix.This dissertation develops theoretical preconditions for creation of the initial structural stste which ensures formation of high destruction resistance in the particular service conditions. Experiments were performed to study the influence of complex alloy-addition and phase transformations during thermal treatment.

Read more

Files

dis--dis1.doc

dis--dis1.doc

dis--Приложение А.doc

dis--Приложение Б.doc

dis--Приложение В.doc

dis--Тит. лист.doc

аref.doc

Similar theses

0523U100213

Rostiyslav V. Liutyi

Theoretical and technological bases of creation of ecological phosphate binders for foundry production

0523U100073

Solonenko Lyudmila I.

Theoretical and technological basis of sand-sodium-silicate mixtures steam-microwave structuring for making castings

0421U103072

Skidin Ihor E

Technological bases of surface alloying of castings by obtaining functional layers from thermite melts

0521U101507

Donii Oleksandr Mykolayovych

Computer models for studying of the formation of the structure of the cast aluminum alloys during their crystallization.

0421U102191

Osypenko Iryna O

The use of pulverized waste from electrometallurgical industries to create metal-phosphate compositions of molding and core mixtures