Bondarenko O. Quick hardening alkaline Вlast-furnace slag cements and concretes based on them

Українська версія

Thesis for the degree of Candidate of Sciences (CSc)

State registration number

0409U001225

Thesis Registration Form

0409U001225.pdf

Applicant for

Specialization

  • 05.23.05 - Будівельні матеріали та вироби

11-03-2009

Specialized Academic Board

Д 26.056.05

Essay

Dissertation is developed of theoretical basis development of making a quick-hardening alkaline blast-furnace slag cement binding systems, that are made using a technology of intergrinding of all binder components and its further mixing with water, and receiving a durable concretes on its basic, that remarkable for accelerating hardening and high performance properties.

Read more

Files

АREF.doc

дисс. библ--Висновки.doc

дисс. библ--Додатки--Додаток А.doc

дисс. библ--Додатки--Додаток Б.doc

дисс. библ--Додатки--Додаток В.doc

дисс. библ--Додатки--Додаток Д.doc

дисс. библ--Перелік літератури.doc

дисс. библ--Розділ 0.doc

дисс. библ--Розділ 1.doc

дисс. библ--Розділ 2.doc

дисс. библ--Розділ 3.doc

дисс. библ--Розділ 3.doc

дисс. библ--Розділ 4.doc

дисс. библ--Розділ 4.doc

дисс. библ--Розділ 5.doc

Similar theses

0522U100004

Borziak Olha

Regulation of contact interactions to increase the resistance under operating conditions of materials based on mineral binders

0421U104082

Nepomyashchyi Oleksandr Mykolaiovych

Mechanism of resistance to frost destruction of building structures

0421U103942

Turba Yurii V.

Crack resistance of disperse-reinforced concrete

0521U102002

Rymar Tatiana E.

The development of a scientific foundation of microwave technology of manufacturing composite materials using liquid glass for thermal insulation

0421U103790

Zvierieva Alina S.

Polymer-mineral composites with adjustable deformation properties for the foundations of reinforced concrete transport structures