Basics of Concrete Science by Professor L. Dvorkin, Professor O. Dvorkin - HTML preview

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BASICS OF CONCRETE

SCIENCE

L. Dvorkin and O.Dvorkin

St-Petersburg ( Russia), Stroi-Beton, 2006

mailto: dvorkin.leonid@gmail.com

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L.Dvorkin and O.Dvorkin

Reviewers:

“Basics of Concrete Science”

Doct. Prof. Komohov P.

2006. – 692 pages

Doct. Prof. Krivenko P.

Л.И.Дворкин, О.Л.Дворкин “Основы

Doct. Prof. Ysherov-Marshak A.

бетоноведения”, Санкт-Петербург,

Россия, изд.Строй-Бетон, 2006, 692 с.

ISBN 590319702-7

ABSTRACT

There are enlightened basic aspects of scientific concrete science. There is given summary of

modern ideas about hardening and structure-forming of cement stone and concrete, rheological

and technological properties of concrete mixes, strength, strain and other properties, which

determine concrete operate reliability and durability. There are considered basic types of normal

weight cement concrete, lightweight and cellular concrete, non-cement mineral binders concrete,

mortars.

The book is addressed to students and post-graduate students of construction specialties of higher

educational establishments, scientists and technologists.

BASIC MONOGRAPHS OF AUTHORS

1. L.I.Dvorkin "Optimum Design of Concrete Mixtures", Lvov, Vusha Skola, 1981, 159 p. (Rus.)

2. L.I.Dvorkin,.V.I.Solomatov, V.N. Vurovoi, S.M.Chydnovski "Cement Concrete with Mineral

Admixtures", Kiev, Bydivelnik, 1991, 137 p. (Rus.)

3. L.I.Dvorkin, O.L.Dvorkin "Effective Cement - Ash Concrete", Rivne, Eden, 1999, 195 p. (Rus.)

4. O.L.Dvorkin "Design of Concrete Mixtures. (Bases of Theory and Methodology)", Rivne,

NUWMNR, 2003, 265 p. (Rus.)

5. V.I.Bolshakov, L.I.Dvorkin "Building Materials", Dniepropetrovsk, Dnipro-VAL, 2004, 677 p. (Rus.)

6. V.I.Bolshakov, L.I.Dvorkin, O.L.Dvorkin " Bases of Theory and Methodology of Multi-Parametrical

Design of Concrete Mixtures", Dniepropetrovsk, PGASA, 2006, 360 p. (Rus.)

7. L.I.Dvorkin, O.L.Dvorkin " Building materials from wastes of industry", Rostov-na-Dony, Phenics,

2007, 363 p. (Rus.)

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CONTENTS

Foreword

Introduction

6.2. Concrete resistance to temperature influences

1. Concrete. Raw materials

6.3. Permeability

1.1. Concrete. General

6.4. Corrosion resistance

1.2. Binders. Classification. Nature of binding properties

7. Design of normal concrete mixture

1.3. Portland cement and its types

7.1. General and tasks

1.4. Hydraulic non Portland cement binders

7.2. Selection of raw materials and admixtures

1.5. Concrete aggregates

7.3. Calculations of basic parameters of concrete mixture

1.6. Admixtures

composition

1.7. Mixing water

7.4. Correction of design concrete compositions

2. Concrete mixtures

8. Types of concrete

2.1. Structure and rheological properties

8.1. Fine-grained concrete

2.2. Technological properties of concrete mixtures

8.2. High-strength concrete

2.3. Consolidating (compaction) concrete

8.3. Polymer-impregnated and polymer-cement concrete

3. Concrete hardening and structure-forming

8.4. Fiber reinforced concrete

3.1. Hardening and structure of cement stone

8.5. Special concrete

3.2. Influence of aggregates on forming of concrete structure

9. Light-weight concrete

3.3. Influence of admixtures on concrete structure forming

9.1. Concrete on non-organic porous aggregates

3.4. Optimization of concrete structure

9.2. Design of lightweight concrete with porous aggregates

4. Concrete strength

9.3. Concrete on the basis of organic

4.1. Theories of strength and mechanism of destruction

(wood) aggregates

4.2. Law (rule) of water-cement ratio

9.4. No-fines and aerated concrete

4.3. Adhesion between aggregates and cement stone

9.5. Cellular concrete

4.4. Influence of terms and duration

10. Concrete on the basis of non-clinker binders.

of hardening concrete

Mortars and dry pack mixes

4.5. Kinds of strength. Tests for concrete strength

10.1. Silicate concrete

5. Deformations of concrete

10.2. Slag and fly-ash concrete

5.1. Concrete deformations at short-term load

10.3. Slag-alkaline concrete

5.2. Concrete deformation at long-term load. Creep

10.4. Gypsum concrete

5.3. Own deformations. Concrete shrinkage

10.5. Mortars

6. Concrete resistance to temperature-humidity influence.

10.6. Dry pack mixes

Corrosion resistance

6.1. Frost resistance of concrete

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Leonid Dvorkin –Honored worker of science and technics of Ukraine, academician of

Academy of Civil Engineering of Ukraine, Doctor of Technical Science, Professor, Head

of Department of Building Material Science of National University of Water Management

and Nature Resources (Ukraine).

Prof. L. Dvorkin is an author of a series of researches, monographs, manuals, textbooks

and reference books.

His researches and scientific works are mainly devoted to chemistry and technology of

binders and concrete, saving of resources in building materials production.

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Oleg Dvorkin–Doctor of Technical Science, Professor of Department of Building

Material Science of National University of Water Management and Nature Resources

(Ukraine).

O. Dvorkin is an author of a series of researches, monographs and textbooks. His

researches and scientific works are mainly devoted to concrete technology and saving

resources in building materials production.

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