Publications
Proceedings pro041 : International RILEM Symposium on Environment-Conscious Materials and Systems for Sustainable Development (ECM 2004)
| Title: International RILEM Symposium on Environment-Conscious Materials and Systems for Sustainable Development (ECM 2004) Edited by N. Kashino and Y. Ohama ISBN: 2-912143-55-1 e-ISBN: 2912143640 Pages: 450 Publication date: 2004 |
This book is the proceedings of the international symposium on “Environment- Conscious Materials and Systems for Sustainable Development” held in Japan during the 59th RILEM week (2004). This international symposium is related to RILEM Technical Committee TC 192-ECM (Environment-Conscious Construction Materials and Systems) and RILEM TC 194-TDP (Application of Titanium Dioxide Photocatalyst to Construction Materials), which are concerned with the environment-conscious construction materials and systems, also photocatalysis technology for the future construction.
At present, the environmental problem becomes a common theme in the whole world. It is not already permitted to repeat the mass consumption and the mass disposal of resources. It has been required that resource conservation and maintenance of global environment which made energy-saving to be a key; the reduction of the discharge of wastes and the promotion of the recycling are attempted.
It must be considered that buildings and structures are long-lasting as social assets in urban areas. It is required that frames such as columns and beams of the buildings are high endurance. It is also required that the finishing materials retain the good appearance.
RILEM TCs 192-ECM and 194-TDP were established in 2001, and the basic consideration of the construction materials on environmental problems in the field began. In RILEM TC 192-ECM, the ideal way of the environment-conscious materials and construction systems has been discussed. In RILEM TC 194-TDP, the application of photocatalysis technology to construction matrials has been examined. In the conduct of the international symposium, RILEM TCs 192-ECM and 194-TDP started setting categories and other necessary activities of the symposium after two years of preparation, and the concrete plan was made.
Contents
|
Preface Author(s): N. Kashino |
Pages: XV - XV |
Keynote Lectures
|
Materials Planning for Long Lasting Buildings - For the Sustainable Social Development Author(s): N. Kashino |
Pages: 3 - 17 |
|
Contribution of Concrete-Polymer Composites to Sustainable Construction Materials and Systems Author(s): D. Van Gemert |
Pages: 19 - 26 |
|
Performance Evaluation of Self-Cleaning Effect for Photocatalyst-Applied Exterior Finishing Materials through Outdoor Exposure Test and Laboratory Test Author(s): K. Motohashi |
Pages: 27 - 34 |
|
Development of Photocatalyst Tile and Commercial Production Author(s): M. Shimohigoshi |
Pages: 35 - 40 |
Session 1 - Environmental Assessment
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Environmental assessment of novel materials in infrastructures Author(s): A. Katz |
Pages: 43 - 50 |
|
Evaluation of environmental performance forof concrete based on social cost Author(s): Z. Li |
Pages: 51 - 58 |
|
Quantitative evaluation of synergistic effect of ultraviolet radiation and temperature in outdoor environment used of weathering reference materials Author(s): Y. Takane |
Pages: 59 - 66 |
Session 2 - Recycling of Waste Materials and Components
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Cementitious waste-free-type completely recyclable concrete Author(s): M. Tamura |
Pages: 69 - 78 |
|
Developed integrated system with disassembling and recycling technologies - Part I. Co2 emissions from intermediate treatment facilities Author(s): T. Fukuda |
Pages: 79 - 86 |
|
Developed integrated system with disassembling and recycling technologies - Part II. recycling building materials made from waste glass Author(s): A. Koyama |
Pages: 87 - 92 |
|
A new technique of activation of cement kiln dust (CKD) - fly ash systems Author(s): K. Bui |
Pages: 93 - 102 |
|
Characteristics and durability of environment-conscious concrete with a high volume of fly ashes Author(s): B. Gert |
Pages: 103 - 110 |
|
Recycling electric arc furnace dust as an addition to cementitious matrixes Author(s): M. Castellote |
Pages: 111 - 118 |
|
Basic study on recovery technique of unhydrated cement grains from waste fresh concrete Author(s): R. Sakurada |
Pages: 119 - 126 |
|
Performance of recycled aggregate concrete Author(s): M. C. Limbachiya |
Pages: 127 - 136 |
|
A new concrete recycling process for coarse aggregate to be used concrete structure Author(s): K. Yanagibashi |
Pages: 137 - 143 |
|
Effects of rubbing action in manufacturing process of recycled coarse aggregate from waste concrete on strength and durability of recycled concrete products Author(s): Y. Hosokawa |
Pages: 145 - 153 |
|
Feasibility study of lightweight aggregates using sewage sludge for nonstructural concrete Author(s): K. Mun |
Pages: 155 - 161 |
|
High quality recycled aggregate concrete (HIRAC) processed by decompression and rapid release Author(s): Y. Kimura |
Pages: 163 - 170 |
|
Deflections and cracks in recycled coarse aggregate concrete members processed by decompression and rapid release Author(s): K. Imamoto |
Pages: 171 - 177 |
|
Qualitiy of recycled concrete made by a truck mixer Author(s): T. Nawa |
Pages: 179 - 186 |
|
Air pollutant-removing paving blocks produced with recycled waste materials Author(s): C. S. Poon |
Pages: 187 - 194 |
|
Properties and applicability of structure of PVA-modified concrete Author(s): S. Tamura |
Pages: 195 - 202 |
|
Basic properties of underwater polymer mortars using waste expanded polystyrene-methyl methacrylate-based binders Author(s): A. Moroka |
Pages: 203 - 210 |
|
Fundamental properties of mma-modified soft up polymer mortar mixed with waste rubber powder Author(s): K. Yeon |
Pages: 211 - 216 |
|
Feasibility study of polymer-modified mortars using asphalt emulsion Author(s): H. Song |
Pages: 217 - 224 |
Session 3 - Production of Sustainable Materials and Buildings
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A methodology for optimal design of sustainable buildings Author(s): S. Pushkar |
Pages: 227 - 234 |
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A study on the building reduction for RC multi-story housing system Author(s): M. Nagahori |
Pages: 235 - 240 |
|
Producing environment-conscious building materials from contaminated phosphogypsum Author(s): K. Kovler |
Pages: 241 - 250 |
|
Survey of chemicals emission factors from building materials for interiors Author(s): H. Yoshida |
Pages: 251 - 259 |
|
Demountable concrete structures with aluminium foam as joint material Author(s): H. Reinhardt |
Pages: 261 - 270 |
|
High performance fibre reinforced cementitious composites: a sustainable building material for controlling water permeability Author(s): T. Nishiwaki |
Pages: 279 - 286 |
|
Fundamental study on porous concrete and applications for planting material Author(s): T. Matsukawa |
Pages: 287 - 293 |
|
Structural development of water permeable pavements Author(s): A. Beeldens |
Pages: 295 - 302 |
|
Development of controlled short-life porous concrete Author(s): T. Horiguchi |
Pages: 303 - 312 |
|
A study on biodiversity conservation in sea coastal areas using porous concrete Author(s): M. Yoshida |
Pages: 313 - 320 |
|
Porous polymer concrete using polyurethane resin and chipped aggregates made of wood wastes Author(s): H. Tokushige |
Pages: 321 - 328 |
Session 4 - Applications of TiO2 Photocatalysis
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Doped-TiO2/cement matrices photoactive materials Author(s): C. Pepe |
Pages: 331 - 336 |
|
Cementitious materials for self-cleaning and de-polluting facade surfaces Author(s): F. Vallée |
Pages: 337 - 346 |
|
Development of photocatalytically active coatings for concrete substrates Author(s): F. Dehn |
Pages: 347 - 352 |
|
Experimental investigation of efficiency of tio2-cement coating for self-cleaning and air purification Author(s): A. Beeldens |
Pages: 353 - 359 |
|
NOx emission, local concentration and reduction by TiO2-photocatalysis in airport area Author(s): H. Hamada |
Pages: 361 - 366 |
Session 5 - Effective Applications of Natural Ressources
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Alternative landfill covers: employment and eco-compatible materials Author(s): C. Francesco |
Pages: 369 - 375 |
|
Effects of molding conditions on basic properties of rice husks-waste expanded polystyrene composites by hot press molding method Author(s): Y. Ohama |
Pages: 377 - 384 |
|
Study on utilization of rice husk ash for high strength mortar Author(s): H. Tokushige |
Pages: 385 - 393 |
|
Recycling of Waste Wooden Construction Materials as Components for Wood-Urethane Resin Composites Author(s): Y. Kurimoto |
Pages: 395 - 402 |
|
Processing and utilization of wooden waste in civil engineering works Author(s): H. Yamauchi |
Pages: 403 - 408 |
|
Wooden port structures for the 21st century Author(s): M. Yamada |
Pages: 409 - 414 |
|
Properties of mixing-type wood-chip concrete using demolished timber Author(s): M. Kawamura |
Pages: 415 - 424 |
|
Polyester mortars with fine tailing as filler Author(s): N. Choi |
Pages: 425 - 432 |
