Chubukin R. One step foamed concrete mixes and effective concrete from this mixes.

Українська версія

Thesis for the degree of Candidate of Sciences (CSc)

State registration number

0407U000590

Thesis Registration Form

0407U000590.pdf

Applicant for

Specialization

  • 05.23.05 - Будівельні матеріали та вироби

25-01-2007

Specialized Academic Board

Д 64.056.04

Kharkov National University of Civil Engineering and Architecture

Essay

Dissertation offered one-step method of activated mixing of cellular concrete composition. In this method is used steam heating for activation of composition when it is mixing. Cellular concrete mixed with one-step method has more compressive strength at 12..31 %. Physical relationship and physical-chemical principals of hardening activated cellular concrete, has been determined. Experimental investigations were set alkali and acidic glue additions effect for time life of foam. The method of cellular concrete composition design was developed. The researches allowed to do an inference about mixing mode and technological properties of cellular concrete. It was working out of technological recommendations for manufacturing of cellular concrete product and monolithic parts of buildings. Key words: cellular concrete, compressive strength, turbulent mixing, heating with steam of cellular concrete, raw material composition, foaming agent, additive.

Read more

Files

aref.doc

Чубукин_дис--Введ_разд1_разд2.doc

Чубукин_дис--Приложение А.doc

Чубукин_дис--Приложение Б.doc

Чубукин_дис--Приложение В.doc

Чубукин_дис--Приложение Г.doc

Чубукин_дис--Приложение Д.doc

Чубукин_дис--ТИТУЛКА.doc

Чубукин_дис--разд3_разд4.doc

Чубукин_дис--разд5.doc

Чубукин_дис--содержание.doc

Чубукин_дис--список источников.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