A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Front Cover; Stabilized Earth Roads; Copyright Page; Preface to the English edition; Preface to the Hungarian edition; Table of Contents; Chapter 1. Introduction; 1.1 The importance of stabilized road construction; 1.2 Historical beckground; 1.3 Stabilized road construction methods; 1.4 Recommended literature; Chapter 2. Physical and chemical aspects of soil stabilization; 2.1 Fundamental definitions of soil physics; 2.2 Interactions of soil components; Chapter 3. Mechanical soil stabilization; 3.1 Void conditions of particle aggregates; 3.1.1 Aggregates consisting of equal spheres
3.1.2 Two- and three-component grain assemblies3.2 Assemblies with continuous grain-size distribution having minimum void ratio; 3.3 Determination of the mixing ratio; 3.4 Atterberg limits of soil mixtures; 3.5 Soil mixture behaviour with water effects; Chapter 4. Stabilization with cement; 4.1 Introduction; 4.2 Interaction between cement and soil; 4.3 Properties of cement-treated soils; 4.4 Effects of construction process and of additives on the properties of cement-treated soils; 4.5 Design and testing of soil-cement mixtures; Chapter 5. Stabilization with lime; 5.1 Introduction
5.2 Physical and chemical effects of lime5.3 Effect of lime on the physical properties of the soil; 5.4 Effect of various additives; 5.5 Design of soil-lime mixtures; Chapter 6. Stabilization with bitumen and tar; 6.1 Introduction; 6.2 Stabilization with bitumen; 6.3 Stabilization with tar; Chapter 7. Chemical soil stabilization; 7.1 Chemical soil-stabilization methods; 7.2 Soil stabilization with chlorides; 7.3 Stabilization with phosphoric acid; 7.4 Natural and synthetic polymers; Chapter 8. Design of stabilized earth roads; 8.1 Introduction
8.1.1 Fields of application of the various stabilization methods8.2 Engineering characteristics of stabilized earth roads; 8.3 Pavement design; Chapter 9. Construction of stabilized earth roads; 9.1 Introduction; 9.2 Soil mixing; 9.3 Compaction; 9.4 Construction of stabilized earth roads by in-situ mixing; Bibliography; Index
Front Cover; Stabilized Earth Roads; Copyright Page; Preface to the English edition; Preface to the Hungarian edition; Table of Contents; Chapter 1. Introduction; 1.1 The importance of stabilized road construction; 1.2 Historical beckground; 1.3 Stabilized road construction methods; 1.4 Recommended literature; Chapter 2. Physical and chemical aspects of soil stabilization; 2.1 Fundamental definitions of soil physics; 2.2 Interactions of soil components; Chapter 3. Mechanical soil stabilization; 3.1 Void conditions of particle aggregates; 3.1.1 Aggregates consisting of equal spheres
3.1.2 Two- and three-component grain assemblies3.2 Assemblies with continuous grain-size distribution having minimum void ratio; 3.3 Determination of the mixing ratio; 3.4 Atterberg limits of soil mixtures; 3.5 Soil mixture behaviour with water effects; Chapter 4. Stabilization with cement; 4.1 Introduction; 4.2 Interaction between cement and soil; 4.3 Properties of cement-treated soils; 4.4 Effects of construction process and of additives on the properties of cement-treated soils; 4.5 Design and testing of soil-cement mixtures; Chapter 5. Stabilization with lime; 5.1 Introduction
5.2 Physical and chemical effects of lime5.3 Effect of lime on the physical properties of the soil; 5.4 Effect of various additives; 5.5 Design of soil-lime mixtures; Chapter 6. Stabilization with bitumen and tar; 6.1 Introduction; 6.2 Stabilization with bitumen; 6.3 Stabilization with tar; Chapter 7. Chemical soil stabilization; 7.1 Chemical soil-stabilization methods; 7.2 Soil stabilization with chlorides; 7.3 Stabilization with phosphoric acid; 7.4 Natural and synthetic polymers; Chapter 8. Design of stabilized earth roads; 8.1 Introduction
8.1.1 Fields of application of the various stabilization methods8.2 Engineering characteristics of stabilized earth roads; 8.3 Pavement design; Chapter 9. Construction of stabilized earth roads; 9.1 Introduction; 9.2 Soil mixing; 9.3 Compaction; 9.4 Construction of stabilized earth roads by in-situ mixing; Bibliography; Index
Stabilized earth roads
Kézdi, Árpád (author)
2011
Online Ressource (327 pages)
illustrations.
Revised and updated translation of Stailizált földutak. - Includes bibliographical references (pages 311-321) and index. - Print version record
Report
Electronic Resource
English , Hungarian
| TIBKAT | 1979
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| Online Contents | 1993
| Engineering Index Backfile | 1936
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Stabilized roads for tank traffic
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