Kooperativer Bibliotheksverbund

UID:

Umfang: 1 Online-Ressource (185 Seiten) : , Illustrationen.

ISBN: 9789282101209

Inhalt: Long-life surfaces could substantially cut the costs of road works, including the delays they cause, especially on congested routes with heavy traffic. These surfaces use new materials that cost more than conventional asphalt and require special handling. This report presents the results of collaborative research to evaluate the technical and economic potential of the most promising long-life surfaces (epoxy asphalt and high performance cementitious materials) and assist governments in weighing up the risks and advantages of introducing them on busy roads.--Publisher's description.

Anmerkung: Franz. Ausg. u.d.T.: Des chaussées à longue durée de vie pour routes à forte circulation

Weitere Ausg.: Erscheint auch als Druck-Ausgabe ISBN 978-92-821-0158-2

Weitere Ausg.: ISBN 92-821-0158-4

Sprache: Englisch

Schlagwort(e): Straßenbaustoff ; Effizienz ; Lebensdauer

DOI: 10.1787/9789282101209-en

URL: Volltext  (kostenfrei)

URL: Volltext

URL: Volltext

URL: lizenzpflichtig

URL: Volltext  (kostenfrei)

UID:

Umfang: 1 online resource (190 p.)

ISBN: 1-281-72008-9 , 9786611720087 , 92-821-0120-7

Inhalt: Long-life surfaces could substantially cut the costs of road works, including the delays they cause, especially on congested routes with heavy traffic. These surfaces use new materials that cost more than conventional asphalt and require special handling. This report presents the results of collaborative research to evaluate the technical and economic potential of the most promising long-life surfaces (epoxy asphalt and high performance cementitious materials)  and assist governments in weighing up the risks and advantages of introducing them on busy roads

Anmerkung: "Transport Research Centre." , Also available in French under the title: Des chaussees a longue duree de vie pour routes a forte circulation. , ACKNOWLEDGEMENTS; FOREWORD; ABSTRACT; TABLE OF CONTENTS -; KEY MESSAGES; EXECUTIVE SUMMARY; 1. BACKGROUND AND CONTEXT; 1.1 Background; 1.2 Context for long life wearing courses; 1.3 Whole life costing; 2. KEY FINDINGS OF PHASE I STUDY; 2.1 Overview; 2.2 Economic Findings - Long Life Pavements Phase I Report; 2.3 The Phase II study; 3. MANDATE, SCOPE AND ORGANISATION OF WORK; 3.1 Mandate; 3.2 Phase II Project Scope; 3.3 Project Organisation; 4. EPOXY ASPHALT: TESTING AND TEST RESULTS; 4.1 Introduction; 4.2 Material Selection; 4.3 Binder Properties; 4.4 Mix Properties; 4.5 Composite Testing , 4.6 Embrittlement4.7 Accelerated Pavement Testing; 4.8 Evaluation of Surface Characteristics; 4.9 Miscellaneous; 4.10 Summary and Conclusions; 5. HIGH PERFORMANCE CEMENTITIOUS MATERIAL:TESTING AND TEST RESULTS; 5.1 Introduction : an innovative hydraulic material for wearing courses; 5.2 Choice of constituents; 5.3 Mix-design production and characterization of the mortar (LCPC, France); 5.4 Shrinkage tests (LCPC, France); 5.5 Coefficient of thermal expansion (FHWA, USA); 5.6 Asphalt preparation and HPCM application procedures; 5.7 Strip cracking tests (LCPC, France) , 5.8 Cracking under restrained shrinkage and imposed elongation (DBT, Denmark)5.9 Full Scale cracking test (RTA, NSW, Australia); 5.10 Preliminary stripping tests (LCPC, France); 5.11 Tribometer tests (LCPC, France); 5.12 Abrasion tests (FHWA, USA); 5.13 Freeze-and-thaw tests (DRI, Denmark); 5.14 Combined acid-freeze/thaw-abrasion tests (BASt, Germany); 5.15 Fatigue tests (DBT, Denmark); 5.16 Full Scale fatigue test (TRL, UK); 5.17 Evaluation of noise generation (BASt, Germany); 5.18 Evaluation of delamination and buckling hazards (DBT, Denmark, LCPC, France); 5.19 Preliminary conclusions , 6. PERFORMANCE ASSESSMENT AND EXTRAPOLATION OF RESULTS6.1 Introduction; 6.2 Epoxy Asphalt; 6.3 High Performance Cementitious Materials; 7. FUTURE RESEARCH AND TESTING; 7.1 Introduction; 7.2 Issues common to both materials; 7.3 Epoxy Asphalt; 7.4 High Performance Cementitious Material; 7.5 Immediate research needs; 8. CONSTRUCTION ISSUES, ECONOMIC ASPECTS AND RISK ASSESSMENT; 8.1 Introduction; 8.2 Epoxy Asphalt Wearing Courses; 8.3 High Performance Cementitious Material Wearing Courses; 8.4 Comparative Cost Estimates -Epoxy Asphalt and HPCM Wearing Courses; 9. PHASE III TRIALS , 9.1 Next step in the innovation process9.2 The setting for coordinated trials; 9.3 Programme opportunities; 9.4 The aims; 9.5 Time schedule; 9.6 The host organisation; 10. FINDINGS, CONCLUSIONS AND RECOMMENDATIONS; 10.1 Context; 10.2 Phase I Report; 10.3 Phase II Work - Findings; 10.4 Epoxy Asphalt; 10.5 High Performance Cementitious Materials (HPCM); 10.6 Summary Conclusions from the Project; 10.7 Proposed Phase III Trials: Summary of Recommendations; APPENDIXES; APPENDIX A A1. Laboratory and field performance histories of United Statesand New Zealand reference materials , A2. Manufacturers' recommendations for acid-cured epoxy asphalts , English

Weitere Ausg.: ISBN 92-821-0158-4

Sprache: Englisch

UID:

Umfang: Online-Ressource (206 p)

Ausgabe: Reproduktion 2010

ISBN: 9789282101612

Inhalt: Intro -- AVANT-PROPOS -- REMERCIEMENTS -- RÉSUMÉ ANALYTIQUE NUMÉRO ITRD* F111481 -- TABLE DES MATIÈRES -- MESSAGES CLÉS -- RÉSUMÉ -- 1. ANTÉCÉDENTS ET CONTEXTE -- 2. PRINCIPALES CONCLUSIONS DE L'ÉTUDE DE PHASE I -- 3. PHASE II - MANDAT, CHAMP ET ORGANISATION -- 4. BITUME ÉPOXY : RÉALISATION ET RÉSULTATS DES ESSAIS -- 5. ENDUIT HYDRAULIQUE FIBRÉ GRAVILLONNÉ : RÉALISATION ET RÉSULTATS DES ESSAIS -- 6. ÉVALUATION DES PERFORMANCES ET EXTRAPOLATION DES RÉSULTATS -- 7. RECHERCHES ET ESSAIS ULTÉRIEURS -- 8. QUESTIONS RELATIVES À LA CONSTRUCTION, ASPECTS ÉCONOMIQUES ET ÉVALUATION DU RISQUE -- 9. ESSAIS DE PHASE III -- 10. CONCLUSIONS ET RECOMMANDATIONS -- APPENDICE A -- APPENDICE B -- APPENDICE C -- ANNEXE A -- ANNEXE B.

Anmerkung: At head of title: Forum international des transports , Issued also in English under title: Long-life surfaces for busy roads , Includes bibliographical references

Weitere Ausg.: ISBN 9789282101612

Weitere Ausg.: Parallelausg. Des chaussées à longue durée de vie pour routes à forte circulation

Sprache: Englisch

Schlagwort(e): Straßenbaustoff ; Effizienz ; Lebensdauer

DOI: 10.1787/9789282101209-en

URL: Volltext

URL: lizenzpflichtig

UID:

Umfang: Online Ressource (3849 KB, 189 S.)

Ausgabe: 1. Aufl.

Ausgabe: Online-Ausg. 2009 Electronic reproduction; Available via World Wide Web

ISBN: 9282101584

Inhalt: Long-life surfaces could substantially cut the costs of road works, including the delays they cause, especially on congested routes with heavy traffic. These surfaces use new materials that cost more than conventional asphalt and require special handling. This report presents the results of collaborative research to evaluate the technical and economic potential of the most promising long-life surfaces (epoxy asphalt and high performance cementitious materials) and assist governments in weighing up the risks and advantages of introducing them on busy roads

Inhalt: Long-life surfaces could substantially cut the costs of road works, including the delays they cause, especially on congested routes with heavy traffic. These surfaces use new materials that cost more than conventional asphalt and require special handling. This report presents the results of collaborative research to evaluate the technical and economic potential of the most promising long-life surfaces (epoxy asphalt and high performance cementitious materials)  and assist governments in weighing up the risks and advantages of introducing them on busy roads

Anmerkung: "Transport Research Centre , Also available in French under the title: Des chaussées à longue durée de vie pour routes à forte circulation , Includes bibliographical references , FOREWORD; ACKNOWLEDGEMENTS; ABSTRACT; TABLE OF CONTENTS -; KEY MESSAGES; EXECUTIVE SUMMARY; 1. BACKGROUND AND CONTEXT; 1.1 Background; 1.2 Context for long life wearing courses; 1.3 Whole life costing; 2. KEY FINDINGS OF PHASE I STUDY; 2.1 Overview; 2.2 Economic Findings - Long Life Pavements Phase I Report; 2.3 The Phase II study; 3. MANDATE, SCOPE AND ORGANISATION OF WORK; 3.1 Mandate; 3.2 Phase II Project Scope; 3.3 Project Organisation; 4. EPOXY ASPHALT: TESTING AND TEST RESULTS; 4.1 Introduction; 4.2 Material Selection; 4.3 Binder Properties; 4.4 Mix Properties; 4.5 Composite Testing , 4.6 Embrittlement4.7 Accelerated Pavement Testing; 4.8 Evaluation of Surface Characteristics; 4.9 Miscellaneous; 4.10 Summary and Conclusions; 5. HIGH PERFORMANCE CEMENTITIOUS MATERIAL:TESTING AND TEST RESULTS; 5.1 Introduction : an innovative hydraulic material for wearing courses; 5.2 Choice of constituents; 5.3 Mix-design production and characterization of the mortar (LCPC, France); 5.4 Shrinkage tests (LCPC, France); 5.5 Coefficient of thermal expansion (FHWA, USA); 5.6 Asphalt preparation and HPCM application procedures; 5.7 Strip cracking tests (LCPC, France) , 5.8 Cracking under restrained shrinkage and imposed elongation (DBT, Denmark)5.9 Full Scale cracking test (RTA, NSW, Australia); 5.10 Preliminary stripping tests (LCPC, France); 5.11 Tribometer tests (LCPC, France); 5.12 Abrasion tests (FHWA, USA); 5.13 Freeze-and-thaw tests (DRI, Denmark); 5.14 Combined acid-freeze/thaw-abrasion tests (BASt, Germany); 5.15 Fatigue tests (DBT, Denmark); 5.16 Full Scale fatigue test (TRL, UK); 5.17 Evaluation of noise generation (BASt, Germany); 5.18 Evaluation of delamination and buckling hazards (DBT, Denmark, LCPC, France); 5.19 Preliminary conclusions , 6. PERFORMANCE ASSESSMENT AND EXTRAPOLATION OF RESULTS6.1 Introduction; 6.2 Epoxy Asphalt; 6.3 High Performance Cementitious Materials; 7. FUTURE RESEARCH AND TESTING; 7.1 Introduction; 7.2 Issues common to both materials; 7.3 Epoxy Asphalt; 7.4 High Performance Cementitious Material; 7.5 Immediate research needs; 8. CONSTRUCTION ISSUES, ECONOMIC ASPECTS AND RISK ASSESSMENT; 8.1 Introduction; 8.2 Epoxy Asphalt Wearing Courses; 8.3 High Performance Cementitious Material Wearing Courses; 8.4 Comparative Cost Estimates -Epoxy Asphalt and HPCM Wearing Courses; 9. PHASE III TRIALS , 9.1 Next step in the innovation process9.2 The setting for coordinated trials; 9.3 Programme opportunities; 9.4 The aims; 9.5 Time schedule; 9.6 The host organisation; 10. FINDINGS, CONCLUSIONS AND RECOMMENDATIONS; 10.1 Context; 10.2 Phase I Report; 10.3 Phase II Work - Findings; 10.4 Epoxy Asphalt; 10.5 High Performance Cementitious Materials (HPCM); 10.6 Summary Conclusions from the Project; 10.7 Proposed Phase III Trials: Summary of Recommendations; APPENDIXES ; APPENDIX A A1. Laboratory and field performance histories of United Statesand New Zealand reference materials , A2. Manufacturers' recommendations for acid-cured epoxy asphalts , Electronic reproduction; Available via World Wide Web

Weitere Ausg.: ISBN 9282101207

Weitere Ausg.: ISBN 9789282101209

Weitere Ausg.: ISBN 9789282101582

Weitere Ausg.: Erscheint auch als Druck-Ausgabe Long-Life Surfaces for Busy Roads

Sprache: Englisch

URL: Volltext

URL: Volltext

URL: Volltext  (lizenzpflichtig)

UID:

Umfang: 185 p. : , ill. (some col.).

ISBN: 9789282101209

Anmerkung: "Transport Research Centre." , Also available in French under the title: Des chaussees a longue duree de vie pour routes a forte circulation.

Sprache: Englisch

Schlagwort(e): Electronic books.

URL: Click to View

UID:

Umfang: 1 online resource (190 pages)

ISBN: 9789282101209 , 9282101207 , 1281720089 , 9781281720085

Inhalt: Long-life surfaces could substantially cut the costs of road works, including the delays they cause, especially on congested routes with heavy traffic. These surfaces use new materials that cost more than conventional asphalt and require special handling. This report presents the results of collaborative research to evaluate the technical and economic potential of the most promising long-life surfaces (epoxy asphalt and high performance cementitious materials) and assist governments in weighing up the risks and advantages of introducing them on busy roads.

Anmerkung: ACKNOWLEDGEMENTS; FOREWORD; ABSTRACT; TABLE OF CONTENTS -; KEY MESSAGES; EXECUTIVE SUMMARY; 1. BACKGROUND AND CONTEXT; 1.1 Background; 1.2 Context for long life wearing courses; 1.3 Whole life costing; 2. KEY FINDINGS OF PHASE I STUDY; 2.1 Overview; 2.2 Economic Findings -- Long Life Pavements Phase I Report; 2.3 The Phase II study; 3. MANDATE, SCOPE AND ORGANISATION OF WORK; 3.1 Mandate; 3.2 Phase II Project Scope; 3.3 Project Organisation; 4. EPOXY ASPHALT: TESTING AND TEST RESULTS; 4.1 Introduction; 4.2 Material Selection; 4.3 Binder Properties; 4.4 Mix Properties; 4.5 Composite Testing. , 4.6 Embrittlement4.7 Accelerated Pavement Testing; 4.8 Evaluation of Surface Characteristics; 4.9 Miscellaneous; 4.10 Summary and Conclusions; 5. HIGH PERFORMANCE CEMENTITIOUS MATERIAL:TESTING AND TEST RESULTS; 5.1 Introduction : an innovative hydraulic material for wearing courses; 5.2 Choice of constituents; 5.3 Mix-design production and characterization of the mortar (LCPC, France); 5.4 Shrinkage tests (LCPC, France); 5.5 Coefficient of thermal expansion (FHWA, USA); 5.6 Asphalt preparation and HPCM application procedures; 5.7 Strip cracking tests (LCPC, France). , 5.8 Cracking under restrained shrinkage and imposed elongation (DBT, Denmark)5.9 Full Scale cracking test (RTA, NSW, Australia); 5.10 Preliminary stripping tests (LCPC, France); 5.11 Tribometer tests (LCPC, France); 5.12 Abrasion tests (FHWA, USA); 5.13 Freeze-and-thaw tests (DRI, Denmark); 5.14 Combined acid-freeze/thaw-abrasion tests (BASt, Germany); 5.15 Fatigue tests (DBT, Denmark); 5.16 Full Scale fatigue test (TRL, UK); 5.17 Evaluation of noise generation (BASt, Germany); 5.18 Evaluation of delamination and buckling hazards (DBT, Denmark, LCPC, France); 5.19 Preliminary conclusions. , 6. PERFORMANCE ASSESSMENT AND EXTRAPOLATION OF RESULTS6.1 Introduction; 6.2 Epoxy Asphalt; 6.3 High Performance Cementitious Materials; 7. FUTURE RESEARCH AND TESTING; 7.1 Introduction; 7.2 Issues common to both materials; 7.3 Epoxy Asphalt; 7.4 High Performance Cementitious Material; 7.5 Immediate research needs; 8. CONSTRUCTION ISSUES, ECONOMIC ASPECTS AND RISK ASSESSMENT; 8.1 Introduction; 8.2 Epoxy Asphalt Wearing Courses; 8.3 High Performance Cementitious Material Wearing Courses; 8.4 Comparative Cost Estimates -Epoxy Asphalt and HPCM Wearing Courses; 9. PHASE III TRIALS. , 9.1 Next step in the innovation process9.2 The setting for coordinated trials; 9.3 Programme opportunities; 9.4 The aims; 9.5 Time schedule; 9.6 The host organisation; 10. FINDINGS, CONCLUSIONS AND RECOMMENDATIONS; 10.1 Context; 10.2 Phase I Report; 10.3 Phase II Work -- Findings; 10.4 Epoxy Asphalt; 10.5 High Performance Cementitious Materials (HPCM); 10.6 Summary Conclusions from the Project; 10.7 Proposed Phase III Trials: Summary of Recommendations; APPENDIXES; APPENDIX A A1. Laboratory and field performance histories of United Statesand New Zealand reference materials.

Weitere Ausg.: ISBN 9789282101582

Sprache: Englisch

URL: MyiLibrary

URL: MyiLibrary, Table of contents