000			07306nam a22002897a 4500
003			pucpr
005			20240208163228.0
008			210322s2020 njuabod b 001 0 eng
020			_a9780367731496
020			_a0367731495
040			_apucpr _beng _cpucpr _dpucpr _erda
049			_aCARIBET
050			_aTA439.5 _bC66 2020
110			_ade Larrard, François _9300878
245	1	0	_aConcrete recycling : _bresearch and practice. / _cedited by François de Larrard and Horacio Colina. _htxt
264		1	_aBoca Raton, FL : _bCRC Press, Taylor & Francis Group, _c2020.
300			_axxi, 636 p ; _bill. ; maps ; charts ; plans ; _c27 cm. _fbook
336			_2rdacontent _atext _btxt
337			_2rdamedia _aunmediated _bn
338			_2rdacarrier _avolume _bnc
505			_aCommittee ix -- Foreword xi -- Acknowledgments xiii -- Editors xv -- Contributors xvii -- Introduction -- F. DE LARRARD AND H. COLINA 1 -- SECTION I -- Recycled aggregates -- S. DECREUSE -- 1 Demolition techniques and obtained materials -- S. DECREUSE, N. COMTE, AND C. RAILLON 7 -- 2 Processing of recycled concrete aggregates -- B. CAZACLIU, L. LE GUEN, E. HAMARD, S. ROUX, AND S. BRAYMAND 15 -- 3 Characterization of recycled concrete aggregates – S. REMOND, J.M. MECHLING, R. -- TRAUCHESSEC, E. GARCIA-DIAZ, R. LAVAUD, AND B. CAZACLIU 33 -- SECTION II -- Binder incorporating recycled concrete fraction L. IZORET -- 4 Recycled concrete sand as alternative raw material for Portland linker production – L. IZORET, C. DILIBERTO, J.M. MECHLING, A. LECOMTE, AND P. NATIN 63 -- 5 Recycled concrete as cement main constituent (CMC) or supplementary cementitious -- materials (SCM) -- M. CYR, C. DILIBERTO, A. LECOMTE, AND L. IZORET 83 -- SECTION III -- Recycled concrete from production to hardening stages – E. GARCIA-DIAZ -- 6 Batching recycled concrete J.-M. POTIER AND B. CAZACLIU 99 -- 7 Effect of recycled aggregate on fresh concrete properties -- E.-H. KADRI, Z.A. TAHAR, M. MOURET, AND D. ROGAT 109 -- 8 Recycled concrete at early age -- B. ROZIERE, A.Z. BENDIMERAD, A. LOUKILI, J.-C. SOUCHE, M. --SALGUES, E. GARCIA-DIAZ, AND P. DEVILLERS 127 -- SECTION IV -- Properties of hardened recycled concrete -- P. ROUGEAU -- 9 Microstructure of recycled concrete -- E. GARCIA-DIAZ, G. LE SAOUT, AND A. DJERBI 145 -- 10 Instantaneous mechanical properties – E. GHORBEL, T. SEDRAN, AND G. WARDEH 161 -- 11 Delayed mechanical properties -- F. GRONDIN, A. Z. BENDIMERAD, M. GUO, A. LOUKILI, E. --ROZIERE, T. SEDRAN, C. DE SA, F. BENBOUDJEMA, F. CASSAGNABERE, P. NICOT, AND B. FOURÉ –187 -- 12 Durability-related properties -- P. ROUGEAU, L. SCHMITT, J. MAI-NHU, A. DJERBI, M. SAILLIO, --E. GHORBEL, J.M. MECHLING, A. LECOMTE, R. TRAUCHESSEC, D. BULTEEL, M. CYR, N. LEKLOU, --O. AMIRI, I. MOULIN, AND T. LENORMAND 213 -- 13 Behavior under fire F. ROBERT, A.L. BEAUCOUR, AND H. COLINA 253 -- SECTION V -- Mix design of recycled concrete T. SEDRAN -- 14 Specifications of concrete with recycled aggregates W. PILLARD, T. SEDRAN, AND P. ROUGEAU 269 -- 15 Adaptation of existing methods to incorporate recycled aggregates -- T. SEDRAN 283 -- 16 Development, production, and control of a high replacement rate recycled concrete -- S. FAVRE, G. NOWORYTA, AND T. SEDRAN 299 -- SECTION VI -- Reinforced recycled concrete -- B. FOURÉ -- 17 Bond of reinforcement in recycled aggregate concrete -- E. GHORBEL, G. WARDEH, AND B. FOURÉ 313 -- 18 Members in compression-Short columns R. BOISSIERE, F. AL-MAHMOUD, A. HAMAIDIA, -- AND B. FOURÉ 327 -- 19 Members in compression-Slender columns -- B. FOURÉ 339 -- 20 Beams under bending -- H. MERCADO-MENDOZA, K. APEDO, P. WOLFF, AND B. FOURÉ 347 -- 21 Members in shear -- G. WARDEH, E. GHORBEL, AND B. FOURÉ 367 -- SECTION VII -- Experimental construction sites -- P. DANTEC -- 22 Slab-on-grade: Chaponost -- F. DE LARRARD, E. GARCIA, T. DAO, C. DE SA, F. BENBOUDJEMA, AND D. ROGAT 381 -- 23 Civil engineering structure: Nimes Montpellier rail bypass site -- I. MOULIN, E. PERIN, O. SERVAN, AND M. VERBAUWHEDE 395 -- 24 Administrative archives building: CD77 -- A. BEN FRAI AND S. DECREUSE 407 -- 25 Industrial applications: Walls and sidewalks -- P. VUILLEMIN AND A. CUDEVILLE 421 -- 26 Office building: Compression slab -- R. DEBORRE AND E. GARCIA 433 -- 27 Recycling in the precast concrete industry -- P. FRANCISCO AND P. ROUGEAU 441 -- 28 Quality control in the French context -- A. BEN FRAJ AND P. DANTEC 449 -- SECTION VIII -- Sustainability of concrete recycling -- A. FERAILLE -- 29 Resource and variability of recycled aggregate in France – L. MONGEARD, D. COLLONGE, AND F. JEZEQUEL 465 -- 30 Life cycle analysis of recycled concrete -- S. BRAYMAND, A. FERAILLE, N. SERRES, AND R. IDIR 489 -- 31 Leaching of recycled aggregates and concrete -- E. VERNUS, L. GONZALEZ, D. BLANC, R. BODET, AND J.-M. POTIER 513 -- 32 Towards a multirecycling process -- T. SEDRAN, D. T. DAO, AND A. FERAILLE 525 -- 33 Discussion: Conditions for a sustainable process – F. BUYLE-BODIN, S. DECREUSE, A. FERAILLE, F. DE LARRARD, AND X. CHOMIKI 537 -- SECTION IX -- Implementation of concrete recycling -- F. DE LARRARD -- 34 Standards -- S. FONTENY, W. PILLARD, AND P. FRANCISCO 557 -- 35 National practices: Regulations, barriers and incentives -- S. BRAYMAND, W. PILLARD, R. BODET, AND P. FRANCISCO 571 Conclusion -- F. DE LARRARD AND H. COLINA 587 -- Appendix 589 -- References 597 -- Index 635 --
520			_a"The concrete industry consumes thirty billion tons of aggregate annually, almost all from non-renewable natural sources. Demolition produces a growing amount of materials which are legally usable and readily available. If not used locally they must be transported and landfilled. Also, demolition generally takes place close to new construction sites: recycling promotes shorter transportation distances, a must for improving the overall environmental footprint of the construction world. This book encompasses all aspects of this current trend: - How recycled aggregates are obtained and their properties. - Improving their quality through phase selection or separation. - Incorporating concrete from demolition into the cement production process and the properties of the product obtained. - What are the properties of concrete incorporating recycled concrete aggregates at various replacement levels, throughout the lifecycle of the material, from the fresh state to the long-term, including durability and fire. - How recycled concrete can be optimised for various uses. - How this new structural material can be managed in reinforced concrete construction. - Solid experience from a series of experimental sites, and drawing on the Recybéton project, which lasted more than 5 years and gathered about 50 partners (from both academia and industry). - Specific issues in recycled concrete quality control. - National practices in the most advanced countries, and the main national and European standards. - Achieving a sustainable process"-- Provided by publisher.
650		0	_aConcrete construction _9212409
650		0	_aConcrete _9212412 _xRecycling
710			_aColina, Horacio _9300879
942			_2lcc _c27 _hTA439.5 _kGeneral _mC66 2020
999			_c301742 _d301742