Contents:
Preface. Acknowledgements. 1. Roads and Development. 1.1 The meaning of Development. 1.2 Evolution of Development Theory. 1.3 Poverty. 1.4 Evolution of Road Development. 1.5 Impact of Roads on Economic Development. 1.6 Transport and Poverty. 1.7 Impact of Roads on the Transition to a Market Economy. References. 2. Policy. 2.1 The Nature of Policy. 2.2 Government Policy. 2.3 Organisational Policy. 2.4 Integrated Policy. 2.5 Dissemination. 2.6 Performance Indicators. 2.7 Policy Formulation. 2.8 Policy Issues. References. 3. Traffic. 3.1 Introduction. 3.2 Traffic Composition. 3.3 Traffic Flows and Growth. 3.4 Capacity and Speed-flow. 3.5 Increasing Capacity. 3.6 Traffic Information and Data. 4. Traffic Safety. 4.1 Background. 4.2 Nature of the Problem. 4.3 Road Accident Costs. 4.4 Contributory Factors. 4.5 Institutions and Information Systems. 4.6 Improving Road Safety. 4.7 Priorities for Action. 5. Roads and Environment. 5.1 Introduction. 5.2 Environmental Impact Assessment. 5.4 Concluding Remarks. References. 6. Planning Methods. 6.1 The Nature of Planning. 6.2 Strategic Planning. 6.3 Physical Network Planning. 6.4 Transport Demanding Forecasting. 6.5 Plan Development and Implementation. References. 7. Economic Appraisal. 7.1 Purpose. 7.2 Preliminary Considerations. 7.3 Cost Estimation. 7.4 Assessment of Benefits for Major Roads. 7.5 Cost-benefit analysis for Major Roads. 7.6 Minor Roads Appraisal. References. 8. Soil Investigation 8.1 Introduction. 8.2 Evaluation of Existing Information. 8.3 Field Investigation. 8.4 Laboratory Testing. 8.5 Soil Classification 9. Tropical Soils and Rocks. 9.1 Introduction. 9.2 Rocks. 9.3 Soils. References. 10. Hydrology and Drainage. 10.1 Introduction. 10.2 Rainfall. 10.3 Flood Discharge Estiimation. 10.4 Hydraulic Design. 10.5 Longitudinal Drainage Components. 10.6 Cross Drainage Components. 10.7 Culvert Design. 10.8 Erosion and Scour Protection. References. 11. Geometric Design Controls. 11.1 Basic Considerations. 11.2 Approach to Selecting Design Standards. 11.3 Classification of Roads 11.4 Slight Distance. 11.5 Traffic. 11.6 Cross-section. 12. Geometric Alignment Design. 12.1 Geometric Design Elements. 12.2 Horizontal Alignment. 12.3 Vertical Alignment. 12.4 Phasing. 12.5 Alignment Selection. 12.6 Intersections. 12.7 Low-cost Roads. 12.8 Computer-aided Design. References. 13. Earthworks, Unbound and Stabilized Pavements. 13.1 Earthworks. 13.2 Pavement Structure. 13.3 Unbound Pavement Layers. 13.4 Design of Gravel Pavements. 13.5 Stabilized Pavement Layers. References. 14. Asphalt Pavement Materials. 14.1 Asphalt Pavements. 14.2 Bituminous Binders. 14.3 Surface Dressing. 14.4 Premixed Asphalt. References. 15. Structural Design of Asphalt Pavements. 15.1 Introduction. 15.2 Basic Empirical Methods. 15.3 Overseas Road Note 31. 15.4 The AASHTO Method. 15.5 Theoretical-mechanistic Design. 15.6 Overlay Design. 16. Contracts and Work Procurement. 16.1 Project Execution Methods. 16.2 Types of Contract. 16.3 The FIDIC Contract. References. 17. Contract Supervision. 17.1 Introduction. 17.2 Supervision Organisation. 17.3 Quality Control. 17.4 Measurement of Work. 17.5 Payment to the Contractor. 17.6 Progress Control. 17.7 Extension of Time. 17.8 Cost Claims. 17.9 Default of Contractor. 17.10 Supervision Procedures. References. 18. Appropriate Technology. 18.1 Technology Options. 18.2 Choice of Technology. 18.3 Labour-based and Intermediate Methods. 18.4 Equipment Management. References. 19. Maintenance Management. 19.1 The Road Network as an Asset. 19.2 Road Network Management. 19.3 Network Information. 19.4 Assessing Needs. 19.5 Determining Options. 19.6 Choosing Actions. 19.7 Implementation 19.8 Monitoring and Audit. 19.9 Information Systems. References. 20. Maintenance Operations. 20.1 Introduction. 20.2 Classification of Maintenance Activities 20.3 Safety. 20.4 Asphalt Pavements. 20.5 Unpaved Rods. 20.6 Roadside Areas. 20.7 Drainage Systems. 20.8 Traffic Control Devices. 20.9 Implementation. References. 21. The HDM-4 Road Investment Model. 21.1 Introduction. 21.2 Types of Analysis. 21.3 Structure of HDM-4. 21.4 Components of HDM-4. 21.5 Examples of Applications. 22. Institutional Development. 22.1 Introduction. 22.2 Finance. 22.3 Management. 22.4 Ownership and Responsibility. 22.5 Expected Outcomes. References. 23. Training of Staff. 23.1 Purpose of Training. 23.2 Institutional Issues. 23.3 Training Types. 23.4 Training Needs Analysis. 23.5 Planning. 23.6 Detailed Preparation. 23.7 Implementation. References. 24. Development Aid. 24.1 Introduction. 24.2 Resource Transfers. 24.3 International Aid Agencies. 24.4 Bilateral Donors. 24.5 Assistance to the Transport and Road Sector. 24.6 Recent Trends in Aid Management. 24.7 Project Cycle and Framework. References.

Developing countries in the tropics often have challenging natural conditions and different institutional and financial institutions to industrialized countries. However, most textbooks on road engineering are based on experience in industrialized countries with temperate climates.

Road Engineering for Development (published as Highway and Traffic Engineering in Developing Countries in its first edition) provides a comprehensive coverage of the planning, design, construction and maintenance of roads in developing and emerging countries. It covers a wide range of technical and non-technical problems that may confront road engineers working in the developing world. This new edition has extended the focus to include those countries of the former Eastern Bloc, which share many institutional issues and the financial problems confronting developing countries.

Designed as a fundamental text for civil engineering students this book also offers a broad, practical view of the subject for practising engineers. It has been written with the assistance of a number of world-renowned specialist professional engineers with many years experience working in Africa, the Middle East, Asia and Central America.