| 519 - 524 |
A new value of average beam solar heat gain coefficient for innovative daylighting systems
Tsangrassoulis A, Pavlou C, Santamouris M, Pohl W, Scheiring C |
| 525 - 529 |
The uses of energy in the domestic sector
Andrade JA |
| 531 - 543 |
Advanced fuzzy logic controllers design and evaluation for buildings' occupants thermal-visual comfort and indoor air quality satisfaction
Kolokotsa D, Tsiavos D, Stavrakakis GS, Kalaitzakis K, Antonidakis E |
| 545 - 551 |
Fuzzy model and control of a fan-coil
Ghiaus C |
| 553 - 562 |
Energy impacts of recycling disassembly material in residential buildings
Gao WJ, Ariyama T, Ojima T, Meier A |
| 563 - 568 |
Experimental results of transparent, reflective and absorbing properties of some building materials
Balocco C, Forastiere MA, Grazzini G, Righini GC |
| 569 - 581 |
Influence of thermal insulation position in building envelope on the space cooling of high-rise residential buildings in Hong Kong
Bojic M, Yik F, Sat P |
| 583 - 587 |
Effect of 2D modelling of thermal bridges on the energy performance of buildings - Numerical application on the Matisse apartment
Deque F, Ollivier F, Roux JJ |
| 589 - 599 |
Empirical validation of the thermal model of a passive solar cell test
Mara TA, Garde F, Boyer H, Mamode M |
| 601 - 607 |
The influence of street canyons on the cooling loads of buildings and the performance of air conditioning systems
Papadopoulos AM |
| 609 - 612 |
A monitoring method of a heating energy source efficiency
Botsaris PN, Prebezanos S |
| 613 - 625 |
A two-layer turbulence model for simulating indoor airflow Part I. Model development
Xu WR, Chen QY |
| 627 - 639 |
A two-layer turbulence model for simulating indoor airflow Part II. Applications
Xu WR, Chen QY |
