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039 9 _a201411141644
_batika
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_datika
_c201411140943
_datika
_c201411140940
_datika
_y06-23-2014
_zhamudah
040 _aAU@
_beng
_cAU@
_erda
_dOCLCO
_dCEF
_dUKMGB
_dCUD
_dUKM
090 _aTE251.T46 2014 3
090 _aTE251
_b.T46 2014 3
100 1 _aThom, Nick,
_eauthor.
245 1 0 _aPrinciples of pavement engineering /
_cNick Thom, University of Nottingham, UK.
246 3 0 _aPavement engineering.
250 _aSecond edition.
264 1 _aLondon
_bICE Publishing,
_c2014.
300 _axiii, 423 pages :
_billustrations (black and white) ;
_c24 cm.
336 _atext
_btxt
_2rdacontent
336 _astill image
_bsti
_2rdacontent
337 _aunmediated
_bn
_2rdamedia
338 _avolume
_bnc
_2rdacarrier
500 _aFormerly CIP.
_5Uk
504 _aIncludes bibliographical references and index.
505 0 _aMachine generated contents note: pt. 1 Principles and practicalities -- 01.Introduction -- 1.1.The long history of the paved highway -- 1.2.Materials for pavement construction -- 1.3.Typical pavement structures -- 1.4.Financial cost -- 1.5.Sustainability and the environment -- 1.6.Summary -- References -- 02.Pavement applications -- 2.1.High-speed highways -- 2.2.Urban roads -- 2.3.Estate roads -- 2.4.Rural roads -- 2.5.Pedestrian areas and cycle paths -- 2.6.Car, coach and lorry parks -- 2.7.Ports and heavy industrial pavements -- 2.8.Airfield pavements -- 2.9.Summary -- References -- 03.Construction issues -- 3.1.Unbound material -- 3.2.Hydraulically-bound material -- 3.3.Asphalt -- 3.4.Summary -- References -- 04.Basic engineering concepts -- 4.1.Basic quantities -- 4.2.Mechanical properties -- 4.3.Thermal properties -- Reference -- 05.Conclusion to Part 1 -- pt. 2 Materials -- 06.Unbound material -- 6.1.Shear strength -- 6.2.Stiffness -- 6.3.Deformation under repeated load --
505 0 _aContents note continued: 6.4.Permeability, suction, plasticity and frost -- 6.5.Summary -- References -- 07.Hydraulically-bound material -- 7.1.Strength -- 7.2.Fatigue -- 7.3.Durability -- 7.4.Thermal properties -- 7.5.Stiffness -- 7.6.Mixture design -- 7.7.Summary -- References -- 08.Asphalt -- 8.1.Bitumen -- 8.2.The mechanics of asphalt behaviour -- 8.3.Asphalt stiffness -- 8.4.Fracture and fatigue of asphalt -- 8.5.Permanent deformation -- 8.6.Durability -- 8.7.Mixture design -- 8.8.Summary -- References -- 09.Reinforcing products -- 9.1.Unbound material reinforcement -- 9.2.Hydraulically-bound material reinforcement -- 9.3.Asphalt reinforcement -- 9.4.Summary -- References -- 10.Conclusion to Part 2 -- pt. 3 Design -- 11.Approaches to design -- 11.1.Methods, manuals and guides -- 11.2.Engineering principles -- 11.3.Whole-life cost -- 11.4.Sustainability -- 11.5.Summary -- References -- 12.Traffic loading -- 12.1.Traffic variables -- 12.2.Determining design traffic --
505 0 _aContents note continued: 12.3.Summary -- References -- 13.Design against rutting -- 13.1.Subgrade deformation -- 13.2.Deformation in granular layers -- 13.3.Deformation in asphalt -- 13.4.Summary -- References -- 14.Design against cracking --- concrete pavements -- 14.1.Cracking in pavement quality concrete -- 14.2.Reinforced concrete -- 14.3.Summary -- References -- 15.Design against cracking --- asphalt pavements -- 15.1.Low-temperature cracking -- 15.2.Wheel-path cracking -- 15.3.Pavement edge design -- 15.4.Design with reinforced asphalt -- 15.5.Summary -- References -- 16.Design against cracking --- composite pavements -- 16.1.Cracking in hydraulically-bound base -- 16.2.Reflective cracking -- 16.3.Summary -- References -- 17.Design for durability -- 17.1.The effect of time -- 17.2.The effect of water -- 17.3.The effect of frost -- 17.4.The pothole phenomenon -- 17.5.Summary -- References -- 18.Non-standard pavements -- 18.1.Cold-mix asphalt pavements --
505 0 _aContents note continued: 18.2.Grouted macadam pavements -- 18.3.Sandwich construction -- 18.4.Drainage pavements -- 18.5.Block paving -- 18.6.Summary -- References -- 19.Pavement surface design -- 19.1.Achieving good ride quality -- 19.2.Material strength and contribution to pavement strength -- 19.3.Achieving skidding resistance -- 19.4.Reducing spray -- 19.5.Low-noise pavements -- 19.6.Summary -- References -- 20.Design reliability -- 20.1.Selecting the appropriate reliability level -- 20.2.A statistical view of design inputs -- 20.3.Design assurance -- 20.4.Summary -- References -- 21.Conclusion to Part 3 -- pt. 4 Maintenance -- 22.Pavement evaluation -- 22.1.Visual condition surveys -- 22.2.Profile surveys -- 22.3.Skid resistance surveys -- 22.4.Cores and trial pits -- 22.5.Ground-penetrating radar -- 22.6.Deflection surveys -- 22.7.Pavement evaluation planning -- 22.8.Summary -- References -- 23.Diagnosis -- 23.1.Pavements with an asphalt surface --
505 0 _aContents note continued: 23.2.Pavements with a concrete surface -- 23.3.Other pavement types -- 23.4.Summary -- 24.Prognosis -- 24.1.Substantially intact asphalt pavements -- 24.2.Substantially intact concrete pavements -- 24.3.Failing asphalt pavements -- 24.4.Failing concrete pavements -- 24.5.The effect of debonding -- 24.6.Summary -- References -- 25.Regular treatments and repairs -- 25.1.Sealing -- 25.2.Reprofiling -- 25.3.Local repairs -- 25.4.Surface treatments -- 25.5.Summary -- References -- 26.Rehabilitation design -- 26.1.Drainage improvement -- 26.2.Overlays/inlays to asphalt pavements -- 26.3.Overlays/inlays to concrete pavements -- 26.4.Hot in situ recycling of asphalt -- 26.5.Cold in situ recycling -- 26.6.Summary -- References -- 27.Pavement management -- 27.1.Practical constraints -- 27.2.Project-level optimisation -- 27.3.Network-level optimisation -- 27.4.Summary -- 28.Conclusion to Part 4.
520 _aThis edition builds on the previous edition, expanding on the fundamental principles of pavement engineering, concentrating on an understanding of the behaviour of pavement materials and of the real meaning of tests carried out on those materials. It includes necessary updates, such as: warm-mix asphalt, as it is increasingly environmentally attractive; cold-mix asphalt; asphalt recycling; bridge deck surfacing; design against potholes; treatment of Stress Absorbing Membrane Interlayers; surface treatments; pavement edge issues; and parking areas. This book also covers soils, granular materials and hydraulically-bound materials (including concrete), and will explain the various relevant engineering properties of those materials and how they are affected by such matters as compaction, water content, binder content and more.
650 0 _aPavements
_xDesign and construction.
650 0 _aPavements
_xMaintenance and repair.
650 0 _aRoad materials.
907 _a.b1593231x
_b2019-11-12
_c2019-11-12
942 _c01
_n0
_kTE251.T46 2014 3
914 _avtls003562953
990 _anab
991 _aFakulti Kejuruteraan dan Alam Bina
998 _al
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