Autoclaved aerated concrete : innovation and developments : proceedings of the 4th International Conference on Autoclaved Aerated Concrete, organised by the Concrete and Masonry Research Group, and held at Kingston University-London, on 8-9 September, 2005 /
Autoclaved aerated concrete : innovation and developments : proceedings of the 4th International Conference on Autoclaved Aerated Concrete, organised by the Concrete and Masonry Research Group, and held at Kingston University-London, on 8-9 September, 2005 /
Fourth International Conference on Autoclaved Aerated Concrete. Proceedings of the 4th International Conference on Autoclaved Aerated Concrete. 4th International Conference on Autoclaved Aerated Concrete.
edited by Mukesh C. Limbachiya, John J. Roberts.
- xvii, 539 pages : illustrations ; 26 cm
Development of factory production control guidance for European AAC masonry units / Developments and opportunities for AAC with modern production technology / New developments in the AAC production process / Lime production for the AAC industry / Mechanisms and countermeasures against cavity defectives in AAC during manufacturing / The use of pulverised fuel ash for the manufacture of autoclaved aerated concrete / Newly developed pre-hydration process of AAC manufacturing / Optimal autoclaving / Effect of cement characteristics on the setting behavior of autoclaved aerated concrete / Non-linear static analysis of tall buildings / Expansion and shrinkage behavior of green cake of autoclaved aerated concrete / The Keen-Crete plant, the Keen way to produce aircrete / Aircrete autoclaves by Terruzzi Fercalx / A fast and accurate dosing easily achieved with a clever fluidization system / UK housing and climate change : performance evaluation using AAC / Simultaneous determination of sorption isotherm and water diffusivity of autoclaved aerated concrete / The most important aspects of microstructure influencing strength of AAC / Developments in AAC constructions to meet the UK acoustic performance requirements / A study on frost resistance of autoclaved high strength aerated concrete / Development of a procedure for determining the freeze-thaw resistance of autoclaved aerated concrete / Carbonation of in-service autoclaved aerated concrete / The future of AAC - from a material scientist's point of view / Carbonation shrinkage of autoclaved aerated concrete / Experimental tests into the sustained load strength of autoclaved aerated concrete / Improvement of carbonation resistance of autoclaved aerated concrete by water-repellant additive / Micro-mechanical analysis of AAC / Stochastic modelling of the geometrical microstructure of AAC / Orientation effects of shear wall on RC frames / Moisture content, absorption and movement of low density Aircrete / Structural fire protection with autoclaved aerated concrete / AAC based on fly ash in strategy of sustainable development / Carbonation of AAC / Aircrete blockwork subjected to concentrated loading / Development of ASTM standards for AAC / The compressive strength of AAC - a statistical investigation / The proposed ACI guide for the use of AAC panels / Design of low-rise housing in the UK using AAC masonry / Development of seismic design provisions for autoclaved aerated concrete : an overall strategy for the United States of America / The influence of material moisture on heat conductivity of AAC / Technical basis for US design provisions for autoclaved aerated concrete masonry / The emergence of solid AAC external walls for UK construction / Design examples for AAC masonry structures using US provisions / Strength-size relationships for aircrete under compression / Development of AAC infill blocks in beam and block floors / Tests on loadbearing behavior of masonry shear walls / Seismic behaviour of autoclaved aerated concrete masonry constructions / Mechanical properties of Hungarian AAC elements tested under different conditions / Flexural strength of low density blockwork / Strains and constraints in aircrete structures / AAC tongue and grooved masonry : performance evaluation / Inside America / Performance of masonry building including AAC products during the 17 August 1999 Marmara earthquake / Long-term performance of external renderings on autoclaved aerated concrete walls / Standards installation methods in Japan for non-load-bearing walls made of AAC panels / A fundamental investigation of the composite behaviour of an AAC panel and timber joist floor system / The use of AAC blocks for foundations in UK construction / The use of polymer mesh reinforcement in AAC walls constructetd with thin layer mortar / Impact response of autoclaved aerated concrete/FRP sandwich structures / Mortar for low density aircrete applications / Bed joint reinforced AAC masonry applications and developments / Building energy consumption and thermal performance of the autoclaved aerated concrete (AAC) exterior walls / Environment product declaration of autoclaved aerated concrete / Sustainability in autoclaved aerated concrete (AAC) construction / C. A. Fudge and M. D. Brehme -- W. M. van Boggelen -- T. Dietz and P. Daschner -- F. Mucke -- Y. Aono, S. Shibata and F. Matsushita -- R. A. Carroll and J. E. Guest -- Y. Aono, S. Shibata and F. Matsushita -- M. Haas -- Y. Aono, S. Shibata and F. Matsushita -- S. K. Rai and J. Prasad -- F. Matsushita, Y. Aono and S. Shibata -- R. Beier and R. A. de Vos -- M. Sbrosi and E. Barberis -- K. Saarinen and J.-P. Bjorklund -- C. A. Fudge and J. N. Hacker -- S. Tada -- G. Schober -- D. J. Harris and D. Baker -- Y. Hama, T. Mimori, T. Tairaku and T. Sanda -- D. J. Harris and M. J. Robinson -- F. Matsushita, Y. Aono and S. Shibata -- M. Haas -- F. Matsushita, Y. Aono and S. Shibata -- E. Raue, E. Tartsch and P. Langer -- F. Matsushita, Y. Aono and S. Shibata -- I. Kadashevich and D. Stoyan -- D. Stoyan and I. Kadashevich -- S. K. Rai and J. Prasad -- A. Ahmed, A. N. Fried, M. C. Limbachiya and J. J. Roberts -- G. Flassenberg -- G. Zapotoczna-Sytek -- M. Haas -- N. Bright -- F. H. Fouad, A. C. Vichare and R. E. Barnett -- S. Wolf, S. Wiegand, D. Stoyan and H. B. Walther -- F. H. Fouad, R. E. Klingner, R. E. Barnett and J. E. Tanner -- C. A. Fudge and G. Harding -- R. E. Klingner, J. E. Tanner, J. L. Varela and R. E. Barnett -- T. Schoch -- J. E. Tanner, J. L. Varela, R. E. Klingner, F. H. Fouad and R. E. Barnett -- C. R. Marshall -- M. J. Robinson, R. E. Barnett, J. E. Tanner, J. L. Varela and R. E. Klingner -- A. T. Vermeltfoort -- J. Ward and D. J. Harris -- U. Schmidt, B.-G. Kang, J. Hannawald and W. Brameshuber -- D. Schermer -- Zs. Jozsa and G. Juhasz -- A. Ahmed, A. N. Fried, M. C. Limbachiya and J. J. Roberts -- T. Cornelius and G. Rasmussen -- W. A. Ferguson and C. A. Fudge -- A. Coduto -- Z. Celep -- H. Kus -- K. Suzuki, Y. Hama, Y. Aono, S. Shibata, F. Matsushita and H. Taguchi -- K. J. Graham, K. I. Crews and S. A. Bolden -- T. Grounds and A. H. Riza -- I. J. Gray -- N. Uddin, K. V. Shelar and F. H. Fouad -- A. N. Fried, A. Ahmed, M. C. Limbachiya and J. J. Roberts -- P. Timperman -- R. Lindberg and V. Leivo -- H. B. Walther -- E. Nunez, S. A. Nunez and F. H. Fouad.
"Autoclaved Aerated Concrete (AAC), known in the UK as Aircrete, has gained world-wide recognition as a high quality, innovative construction material which has been extensively used in a wide range of residential, commercial and industrial buildings. Recently there have been a number of innovative developments in AAC manufacturing processes, product properties and construction methods, resulting in enhanced performance to meet increasingly stringent building design requirements whilst ensuring environmental compliance. Indeed, AAC products have shown potential for being a universal material that can underwrite commercial, social, and sustainable development."--Publisher.
0415383560 9780415383561
Lightweight concrete--Congresses
624.1834
Development of factory production control guidance for European AAC masonry units / Developments and opportunities for AAC with modern production technology / New developments in the AAC production process / Lime production for the AAC industry / Mechanisms and countermeasures against cavity defectives in AAC during manufacturing / The use of pulverised fuel ash for the manufacture of autoclaved aerated concrete / Newly developed pre-hydration process of AAC manufacturing / Optimal autoclaving / Effect of cement characteristics on the setting behavior of autoclaved aerated concrete / Non-linear static analysis of tall buildings / Expansion and shrinkage behavior of green cake of autoclaved aerated concrete / The Keen-Crete plant, the Keen way to produce aircrete / Aircrete autoclaves by Terruzzi Fercalx / A fast and accurate dosing easily achieved with a clever fluidization system / UK housing and climate change : performance evaluation using AAC / Simultaneous determination of sorption isotherm and water diffusivity of autoclaved aerated concrete / The most important aspects of microstructure influencing strength of AAC / Developments in AAC constructions to meet the UK acoustic performance requirements / A study on frost resistance of autoclaved high strength aerated concrete / Development of a procedure for determining the freeze-thaw resistance of autoclaved aerated concrete / Carbonation of in-service autoclaved aerated concrete / The future of AAC - from a material scientist's point of view / Carbonation shrinkage of autoclaved aerated concrete / Experimental tests into the sustained load strength of autoclaved aerated concrete / Improvement of carbonation resistance of autoclaved aerated concrete by water-repellant additive / Micro-mechanical analysis of AAC / Stochastic modelling of the geometrical microstructure of AAC / Orientation effects of shear wall on RC frames / Moisture content, absorption and movement of low density Aircrete / Structural fire protection with autoclaved aerated concrete / AAC based on fly ash in strategy of sustainable development / Carbonation of AAC / Aircrete blockwork subjected to concentrated loading / Development of ASTM standards for AAC / The compressive strength of AAC - a statistical investigation / The proposed ACI guide for the use of AAC panels / Design of low-rise housing in the UK using AAC masonry / Development of seismic design provisions for autoclaved aerated concrete : an overall strategy for the United States of America / The influence of material moisture on heat conductivity of AAC / Technical basis for US design provisions for autoclaved aerated concrete masonry / The emergence of solid AAC external walls for UK construction / Design examples for AAC masonry structures using US provisions / Strength-size relationships for aircrete under compression / Development of AAC infill blocks in beam and block floors / Tests on loadbearing behavior of masonry shear walls / Seismic behaviour of autoclaved aerated concrete masonry constructions / Mechanical properties of Hungarian AAC elements tested under different conditions / Flexural strength of low density blockwork / Strains and constraints in aircrete structures / AAC tongue and grooved masonry : performance evaluation / Inside America / Performance of masonry building including AAC products during the 17 August 1999 Marmara earthquake / Long-term performance of external renderings on autoclaved aerated concrete walls / Standards installation methods in Japan for non-load-bearing walls made of AAC panels / A fundamental investigation of the composite behaviour of an AAC panel and timber joist floor system / The use of AAC blocks for foundations in UK construction / The use of polymer mesh reinforcement in AAC walls constructetd with thin layer mortar / Impact response of autoclaved aerated concrete/FRP sandwich structures / Mortar for low density aircrete applications / Bed joint reinforced AAC masonry applications and developments / Building energy consumption and thermal performance of the autoclaved aerated concrete (AAC) exterior walls / Environment product declaration of autoclaved aerated concrete / Sustainability in autoclaved aerated concrete (AAC) construction / C. A. Fudge and M. D. Brehme -- W. M. van Boggelen -- T. Dietz and P. Daschner -- F. Mucke -- Y. Aono, S. Shibata and F. Matsushita -- R. A. Carroll and J. E. Guest -- Y. Aono, S. Shibata and F. Matsushita -- M. Haas -- Y. Aono, S. Shibata and F. Matsushita -- S. K. Rai and J. Prasad -- F. Matsushita, Y. Aono and S. Shibata -- R. Beier and R. A. de Vos -- M. Sbrosi and E. Barberis -- K. Saarinen and J.-P. Bjorklund -- C. A. Fudge and J. N. Hacker -- S. Tada -- G. Schober -- D. J. Harris and D. Baker -- Y. Hama, T. Mimori, T. Tairaku and T. Sanda -- D. J. Harris and M. J. Robinson -- F. Matsushita, Y. Aono and S. Shibata -- M. Haas -- F. Matsushita, Y. Aono and S. Shibata -- E. Raue, E. Tartsch and P. Langer -- F. Matsushita, Y. Aono and S. Shibata -- I. Kadashevich and D. Stoyan -- D. Stoyan and I. Kadashevich -- S. K. Rai and J. Prasad -- A. Ahmed, A. N. Fried, M. C. Limbachiya and J. J. Roberts -- G. Flassenberg -- G. Zapotoczna-Sytek -- M. Haas -- N. Bright -- F. H. Fouad, A. C. Vichare and R. E. Barnett -- S. Wolf, S. Wiegand, D. Stoyan and H. B. Walther -- F. H. Fouad, R. E. Klingner, R. E. Barnett and J. E. Tanner -- C. A. Fudge and G. Harding -- R. E. Klingner, J. E. Tanner, J. L. Varela and R. E. Barnett -- T. Schoch -- J. E. Tanner, J. L. Varela, R. E. Klingner, F. H. Fouad and R. E. Barnett -- C. R. Marshall -- M. J. Robinson, R. E. Barnett, J. E. Tanner, J. L. Varela and R. E. Klingner -- A. T. Vermeltfoort -- J. Ward and D. J. Harris -- U. Schmidt, B.-G. Kang, J. Hannawald and W. Brameshuber -- D. Schermer -- Zs. Jozsa and G. Juhasz -- A. Ahmed, A. N. Fried, M. C. Limbachiya and J. J. Roberts -- T. Cornelius and G. Rasmussen -- W. A. Ferguson and C. A. Fudge -- A. Coduto -- Z. Celep -- H. Kus -- K. Suzuki, Y. Hama, Y. Aono, S. Shibata, F. Matsushita and H. Taguchi -- K. J. Graham, K. I. Crews and S. A. Bolden -- T. Grounds and A. H. Riza -- I. J. Gray -- N. Uddin, K. V. Shelar and F. H. Fouad -- A. N. Fried, A. Ahmed, M. C. Limbachiya and J. J. Roberts -- P. Timperman -- R. Lindberg and V. Leivo -- H. B. Walther -- E. Nunez, S. A. Nunez and F. H. Fouad.
"Autoclaved Aerated Concrete (AAC), known in the UK as Aircrete, has gained world-wide recognition as a high quality, innovative construction material which has been extensively used in a wide range of residential, commercial and industrial buildings. Recently there have been a number of innovative developments in AAC manufacturing processes, product properties and construction methods, resulting in enhanced performance to meet increasingly stringent building design requirements whilst ensuring environmental compliance. Indeed, AAC products have shown potential for being a universal material that can underwrite commercial, social, and sustainable development."--Publisher.
0415383560 9780415383561
Lightweight concrete--Congresses
624.1834