000 cover F (e book) | 1 |
blank | 2 |
002.1 page 1 (final) | 3 |
003 credit and preface EDITED PJM | 4 |
004 table of contents EDITED PJM | 7 |
PP01-11 Susan Roaf and Clark | 11 |
BROWN, L. (2011). World on the Edge: How to Prevent Environmental and Economic Collapse, Routledge, London and New York. | 20 |
JACKSON, T. (2011).Prosperity without growth: economics for a finite planet, Routledge. | 21 |
KJELL, A. (2012). Peeking at Peak Oil, Springer, Heidleburg. | 21 |
WILKINSON, R. and K. PICKETT (2009). The Spirit Level: Why More Equal Societies Almost Always Do Better, Allen Lane, London. | 21 |
PP12-23 Cecilia G. da Rocha | 22 |
PP24-35 Jesus del Brio | 34 |
PP36-48 Laura Aelenei | 46 |
PP49-59 Francesco Girasante | 59 |
PP60-71 Amar Seeam | 70 |
PP72-85 Harald Røstvik | 82 |
PP86-97 Aline Estela Largura | 96 |
PP98-108 Yoshiki Higuchi | 108 |
PP109-119 Valentina Giacometti | 119 |
PP120-130 Chihiro Shimizu | 130 |
PP131-142 Silvia Pennisi Scaccianoce | 141 |
PP143-151 Patricia Drach and Rohinton | 153 |
A detailed image (Figure 5) allows us to observe the immediate surroundings of the GSA in 3D. | 158 |
PP152-165 Silvia Dematte Maria Cristina Grillo et al | 162 |
PP166-176 Liangxiu Han | 176 |
Introduction | 177 |
Related Work | 178 |
Energy usage patterns and the daily life of occupants | 179 |
Energy usage patterns during working days and non-working days | 179 |
The weekly energy usage pattern in weeks | 181 |
The correlation among electricity, water and gas consumptions in hours | 182 |
The prediction of energy consumption based on the real usage | 183 |
Summary and discussion | 185 |
Conclusion and Future work | 185 |
References | 186 |
PP177-185 Rossana Paparella (R) | 187 |
PP186-198 Richard Atkins | 196 |
PP199-209 John Onyango | 209 |
PP210-221 Alberto La Tegola | 220 |
PP222-244 Anushree Rohatgi_Dhamne_Raidu_Noguchi_Altan | 232 |
PP245-251 Patricia Drach | 255 |
PP252-266 Elsa Sanfilippo | 262 |
PP267-276 Antonio Frattari | 277 |
Produced energy | 282 |
kWh/year | 282 |
18571 | 282 |
Solar panels | 282 |
kWh/year | 282 |
20208 | 282 |
Photovoltaic panels | 282 |
Energy need | 282 |
kWh/year | 282 |
80 | 282 |
DHW (no s.p.) | 282 |
kWh/m2year | 282 |
PEw=27 | 282 |
kWh/year | 282 |
10074 | 282 |
Heating | 282 |
kWh/m2year | 282 |
PEs =13 | 282 |
kWh/year | 282 |
4914 | 282 |
Cooling | 282 |
Consumed energy | 282 |
kWh/year | 282 |
3385 | 282 |
3 | 282 |
COP | 282 |
kWh/year | 282 |
1890 | 282 |
2,6 | 282 |
EER | 282 |
Sold electric energy | 282 |
kWh/year | 282 |
12930 | 282 |
Photovoltaic panels | 282 |
Produced energy | 282 |
kWh/year | 282 |
18571 | 282 |
Solar panels | 282 |
kWh/year | 282 |
20208 | 282 |
Photovoltaic panels | 282 |
Energy need | 282 |
kWh/year | 282 |
80 | 282 |
DHW (no s.p.) | 282 |
kWh/m2year | 282 |
PEw=21 | 282 |
kWh/year | 282 |
8116 | 282 |
Heating | 282 |
kWh/m2year | 282 |
PEs=11 | 282 |
kWh/year | 282 |
4158 | 282 |
Cooling | 282 |
Consumed energy | 282 |
kWh/year | 282 |
2732 | 282 |
3 | 282 |
COP | 282 |
kWh/year | 282 |
1600 | 282 |
2,6 | 282 |
EER | 282 |
Sold electric energy | 282 |
kWh/year | 282 |
14198 | 282 |
Photovoltaic panels | 282 |
PP277-286 Monika Hall | 287 |
PP287-300 Geoffrey Thün | 297 |
PP301-318 Alessandra Scognamiglio_Musall_Rostvik | 311 |
PP319-329 Maria da Glória Gomes & Daniel | 329 |
PP330-341 Young Ki Kim | 340 |
PP342-356 Simon Hatherley | 352 |
PP357-367 Vincenzo Sapienza | 367 |
PP368-381 Luisa Otti | 378 |
PP382-395 Lucca Finacchiaro | 392 |
PP396-411 Daniela Besana | 407 |
PP412-420Farajallah Alrashed | 422 |
PP421-431 Ali Alzaed | 431 |
PP432-458 Umberto Turrini | 442 |
Abstract: Nowadays recovering and reusing historical building are topics getting more and more important. | 443 |
Figure 1: Geometric plan | 445 |
Figure 10: Main stone bed | 448 |
Figure 11: Stones and lime under foundational blocks | 449 |
Figure 12: Geometric survey of columns characteristics | 449 |
Restoration project | 450 |
Figure 17: Axonometric view (RWA Architects) | 451 |
Figure 20: Reinforced concrete slab | 452 |
Figure 21: Steel beams (main and secondary structures) | 453 |
Figure 22: Detail of junction | 454 |
Figure 23: Detail (Structural view) | 455 |
Figure 24: Detail (Architectural view) | 455 |
Construction | 456 |
PP459-480 Pierluigi Bonomo | 469 |
PP481-500 Balachander Raidu | 491 |
ZEMCH109 Wind Turbine Metaphysical Analysis | 494 |
Reliability of Urban Wind Energy | 503 |
VAWTs vs. HAWTs | 503 |
Misapplications of Wind Turbines | 504 |
Rate of Interest | 508 |
Annual gain (£) | 508 |
Annual savings (£) | 508 |
Annual Income (£) | 508 |
Forecasted energy generation (kWh) | 508 |
Wind Turbine | 508 |
1.8% | 508 |
£93.24 | 508 |
£13.32 | 508 |
£79.92 | 508 |
222 | 508 |
1Kw | 508 |
1.3% | 508 |
£125 | 508 |
£21.97 | 508 |
£103 | 508 |
366.2 | 508 |
3.7Kw | 508 |
2.3% | 508 |
£547 | 508 |
£95.94 | 508 |
£451 | 508 |
1599 | 508 |
6Kw | 508 |
1.4% | 508 |
£572 | 508 |
£100 | 508 |
£472 | 508 |
1674 | 508 |
10Kw | 508 |
Role of planning procedures and policies | 508 |
Conclusions | 509 |
PP501-511 Marco Ferrero | 511 |
PP512-526 Tiziana Basirico | 522 |
PP527-539 Dorien Aerts | 537 |
PP540-553 Stuart Moir | 550 |
PP554-566 Giovanna Vella | 564 |
PP567-587 Jeanette Inamine Miachir | 577 |
RODRIGUES, R.R. A vegetação de Piracicaba e municípios do entorno. Piracicaba: IPEF,1999. 17p. (IPEF. Circular Técnica, 189). | 597 |
PP588-598 Marco D'Orazio | 598 |
PP599-611 Michela Dalpra | 609 |
PP612-635 Kajal Dhamne | 622 |
PP636-643 Choi Ji-Ho | 646 |
PP644-651 Kim Ji-Ho | 654 |
PP652-660 Kim Min-Jun | 662 |
PP661-665 Kim Young-Seek | 671 |
PP666-674 Choi Sun-Mi | 676 |
PP675-685 Akash Deep | 685 |
PP686-694 Jeong Seon-OK | 696 |
PP695-710 Pablo Jimenez Diaz | 705 |
PP711-718 Kim Jin-Hee | 721 |
PP719-727 Hasim Altan | 729 |
PP728-738 Domizia Mandolesi | 738 |
PP739-747 Alessandra Scognamiglio | 749 |
PP748-760 Mustafa Ersalici & Hasim Altan | 758 |
PP761-775 Jorge Isaac Peren Montero | 771 |
blank | 786 |
blank | 787 |
000 cover B (e book ) | 788 |