Performance of Bituminous and Hydraulic Materials in Pavements | Proce

Book

Performance of Bituminous and Hydraulic Materials in Pavements

ABSTRACT

This volume contains contributions from international experts, reflecting the rapid advances in the design of new improved bitumen and hydraulic bound composites, the trends in the use of waste and recycled materials and up-to-date methods of testing and evaluation.

TABLE OF CONTENTS

part 1|31 pages

Part One: Bituminous and Cementitious Binders

chapter 1|10 pages

The influence of geometry and sample preparation on dynamic shear rheometer testing

chapter 2|12 pages

Ageing characteristics of some low penetration grade binders

chapter 3|7 pages

Hardening and aging of bituminous materials in hot arid regions

part 2|22 pages

Part Two: Behaviour of Mineral Aggregates for Bound Materials

chapter 4|5 pages

Effects of high temperature heating on behavior of mineral aggregates for bituminous mixtures

chapter 5|8 pages

A case study into the effects of reinforcement and aggregate on the performance of continuously reinforced concrete pavements

chapter 6|6 pages

Development of a laboratory test method to predict the early life skid resistance of thin asphalt surfacings

part 3|91 pages

Part Three: Design and Performance of Bituminous Mixtures

chapter 7|7 pages

Practical aspects of interaction between mastic asphalt and waterproofing components in bridge and tunnel construction

chapter 8|8 pages

Use of open-graded friction course (OGFC) mixtures in Oman

chapter 9|6 pages

Study of permanent deformations in asphalt concrete layers

chapter 10|7 pages

Clogging of porous bituminous surfacings: an investigation in Copenhagen

chapter 11|5 pages

Analytical flexible pavement design in Thailand

chapter 12|5 pages

Low-noise road surfacing

chapter 13|6 pages

Some practical aspects of performance related testing of bituminous materials

chapter 14|8 pages

Cold mix, cold laid semi-flexible Grouted Macadams, mix design and properties

chapter 15|8 pages

Effect of cementitious grouts on the properties of semi-flexible bituminous pavements

chapter 16|8 pages

Evaluation of mastic in bituminous mixtures

chapter 17|8 pages

The development of a polymer-modified base material

chapter 18|9 pages

Linear and non-linear rheological properties of asphalt mixtures

part 4|48 pages

Design and Performance of Hydraulic Bound Materials

chapter 19|6 pages

Burntwood bypass, Staffordshire: design, construction and performance of road pavement made from incinerator bottom ash treated with PFA and lime – a case study

chapter 20|5 pages

Trenchmix: evaluation of a slow setting slow hardening trench reinstatement material

chapter 21|7 pages

Pyrite oxidation, expansion of stabilised clay and the effect of ggbs

chapter 22|5 pages

Using hydraulically bound composites as an alternative solution for footpath reconstruction

chapter 23|6 pages

Use of fly ash bound material as road base on A259 Ramsgate Harbour Approach Road

chapter 24|5 pages

Effective utilization of fly ash in road construction

chapter 25|8 pages

Laboratory evaluation of road bases made of cement by-pass dust stabilized aggregate systems

part 5|66 pages

Use of Industrial By-Products and Other Innovative Materials in Pavements

chapter 26|15 pages

Crashed glass in macadam for binder course and roadbase layers

chapter 27|5 pages

A study on design and performance of recycled pavements cold stabilized with cement and bituminous emulsion

chapter 28|7 pages

Mechanical and rheological characterisation of porous asphalt mixtures with added PAN fibres

chapter 29|9 pages

A study of the mechanical characteristics of cold recycled bituminous concretes

chapter 30|13 pages

Improving the performance of cold bituminous emulsion mixtures (CBEMs) incorporating waste materials

chapter 31|5 pages

Recent developments in the use of steel (BOS) slag aggregates in asphalt mixtures in the UK

chapter 32|4 pages

The use of blastfurnace slag and steel slag as aggregates

part 6|25 pages

Advances in Test Methods and Evaluation

chapter 33|6 pages

Long-term field characterisation of polymer modified bitumen using a new torsional dynamic resonance rheometer

chapter 34|9 pages

Evaluation of bitumen-aggregate interactions by means of volumetric expansion tests

chapter 35|7 pages

Development of a laboratory test for characterization of asphalt – aggregate adhesion

part 7|23 pages

Performance Specifications

chapter 36|7 pages

Durability of thin surfacings in the United Kingdom

chapter 37|5 pages

Advances in test methods and evaluation via HAPAS

chapter 38|7 pages

CEN standards for hydraulically bound mixtures

part 8|20 pages

Modelling of Bound Material Behaviour

chapter 39|4 pages

Stress analysis of longitudinal cracking in the wheel paths of bituminous pavements at high temperature

chapter 40|5 pages

Design of high modulus composite pavements

chapter 41|8 pages

Analytical investigation on the transient heat transfer in bituminous pavements