Applied Building Physics - Boundary Conditions, Building Performance and Material Properties

Applied Building Physics - Boundary Conditions, Building Performance and Material Properties

Volumn , Issue , 2012, Pages

  Hens, Hugo ^a  

^a Department of Civil Engineering ^*  (Belgium)

Author keywords

[No Author keywords available]

Indexed keywords

EID: 84891564580     PISSN: None     EISSN: None     Source Type: Book    
DOI: 10.1002/9783433600917     Document Type: Book

References (275)

1. CIB-W40 (1975). Quantities, Symbols and Units for the description of heat and moisture transfer in Buildings: Conversion factors. IBBC-TNP, Report No. BI-75-59/03.8.12, Rijswijk.
2. ISO-BIN (1985). Standards series X02-101 - X023-113.
3. Kumaran, K. (1996). Task 3: Material Properties. Final Report IEA EXCO ECBCS Annex 24. ACCO, Louvain, pp. 135.
4. Poncelet, L., Martin, H. (1947). Main characteristics of the Belgian climate. Verhandelingen van het K.M.I. (in Dutch).
5. Best, A. C. (1950). The size distribution of rain drops. Quart. J. Royal Meteor. Soc., Vol. 76, p. 16-36.
6. WTCB (1969). Study of the heat gains by natural illumination of buildings. Part 1, Solar irradiation, Research report 10 (in Dutch).
7. BRE (1971). An index of exposure to driving rain. Digest 127.
8. Hens, H. (1975). Theoretical and experimental study of the hygrothermal behaviour of buildingand insulating materials by interstitial condensation and drying, with application on low-sloped roofs. Doctoral thesis, KU-Leuven (in Dutch).
9. Dogniaux, R. (1978). Recueil des données climatologiques exigentielles pour le calcul des gains solaires dans l'habitat et l'estimation de la consommation de l'énergie pour le chauffage des bâtiments. K.M.I. (Contract EG) (in French).
10. ISO (1980). Climatologie et industrie du bâtiment. Rapport, Genève (in French).
11. Hens, H. (1981). Building Physics 2, practical problems and applications 2a. Acco, Leuven (in Dutch).
12. Davies, J., Mc Kay, D. (1982). Estimating solar irradiance and components. Solar Energy, Vol. 29, No. 1, pp. 55-64.
13. Berdahl, P., Fromberg, R. (1982). The thermal radiance of clear skies. Solar Energy, Vol. 29, No. 4, pp. 299-314.
14. WTCB tijdschrift (1982). Moisture response of building components, 1 (52 pp.) (in Dutch and in French).
15. Anon. (1983). Draft European Passive Solar Handbook. Section 2 on Climate, CEC.
16. Vaes, F. (1984). Hygrothermal behaviour of light-weight ventilated roofs. Onderzoek IWONLKULeuven-TCHN, final report (in Dutch).
17. Uyttenbroeck, J. (1985). Exterior climate data for energy consumption and load calculations. Report WTCB-RD-Energie (in Dutch).
18. Uyttenbroeck, J., en Carpentier, G. (1985). Exterior climate data for building physics applications. Report WTCB-RD-Energie (in Dutch).
19. Costrop, D. (1985). The use of climate data for simulating of thermal systems. Report KULeuven-RD-Energie (in Dutch).
20. Liddament, M. W. (1986). Air Infiltration Calculation Techniques. An Application Guide, AIVC.
21. Wouters, P., L'Heureux, D., Voordecker, P. (1987). The wind as parameter in ventilation studies, a short description. Report WTCB (in Dutch).
22. IEA-Annex 14 (1991). Condensation and Energy. Sourcebook, Acco Leuven.
23. Sanders, C. (1996). Environmental Conditions. Final report IEA-ECBCS Annex 24 'Heat, Air and Moisture Transfer in Insulated Envelope Parts', Vol. 2, ACCO, Leuven, 96 pp.
24. Straube, J. (1998). Moisture control and enclosure wall systems. PhD-thesis, University of Waterloo (Canada).
25. Blocken, B., Carmeliet, J., Hens, H. (1999). Preliminary results on estimating wind driven rain loads on building envelopes: A numerical and experimental approach. K. U. Leuven, Laboratory of Building Physics, 78 p.
26. Straube, J., Burnett, E. (2000). Simplified prediction of driving rain on buildings. Proceedings of the International Building Physics Conference, TU/e, pp. 375-382.
27. Blocken, B., Carmeliet, J., Hens, H. (2000). On the use of microclimatic data for estimating driving rain on buildings. Proceedings of the International Building Physics Conference, TU/e, pp. 581-588.
28. ASHRAE (2001). Handbook on Fundamentals. Chapter 27, Climatic Design Information.
29. EN ISO 13788 (2001). Hygrothermal performance of building components and building elements-Internal surface temperature to avoid critical surface humidity and interstitial condensation. Dalculation method.
30. Van Mook, F. (2002). Driving rain on building envelopes. PhD-thesis, TU/e, 198 p.
31. ASHRAE (2005). Handbook on Fundamentals. Chapter 27, Climatic Design Information.
32. EN ISO 15927 (2002). Hygrothermal performance of buildings. Calculation and presentation of climatic data.
33. Cornick, S., Rousseau, M. (2003). Understanding the Severity of Climate Loads for Moisturerelated Design of Walls. IRC Building Science Insight, 13 p.
34. Cornick, S., Djebbar, R., Dalgliesh, W. (2003). Selecting Moisture Reference Years Using a Moisture Index Approach. IRC Research Paper, 19 p.
35. Blocken, B. (2004). Wind-driven rain on buildings, measurement. Numerical modelling and applications. PhD-thesis, K. U. Leuven, 323 p.
36. Anon. (2006). Energy Performance Decree. Text and Addenda (in Dutch).
37. Kumaran, K., Sanders, C. (2008). Boundary conditions and whole building HAM analysis. Final report IEA-ECBCS Annex 41 'Whole Building Heat, Air, Moisture Response, Vol. 3, ACCO, Leuven, 235 p.
38. ASHRAE (2009). Handbook of Fundamentals. Chapter 27, Climatic Design Information.
39. CD with weather data from K. U. Leuven, Laboratory of Building Physics, 1996-2008.
40. IC-IB (1979). Performance Guide for Buildings, 9 tomes (in Dutch and in French).
41. Building decree (1991). Staatsblad, 680, Staatsdrukkerij, Den Haag (adapted version: 2000) (in Dutch: Het bouwbesluit).
42. Lovegrove, K., Borthwick, L., Bowen, N. (1995). New Draft Performance Based Building Code Based on a Pyramid of Principles. Australian Building Codes Board News, September, pp. 6-9.
43. Hens, H. (1996). The performance concept: a way to innovation in construction. Proceedings of the CIB-ASTM-ISO-RILEM 3rd International Symposium on Application of the Performance Concept in Buildings, Tel-Aviv, December 9-12, p. 5-1 to 5-12.
44. CERF (1996). Assessing Global Research Needs. Report #96-5061, Washington DC.
45. CERF (1996). Construction Industry: Research Prospectuses for the 21th Century. Report #96-5016, Washington DC.
46. Lstiburek, J., Bomberg, M. (1996). The Performance Linkage Approach to the Environmental Control of Buildings. Part I, Construction Today. Journal of Thermal Insulation and Building Envelopes, Vol. 19, January, pp. 244-278.
47. Lstiburek, J., Bomberg, M. (1996). The Performance Linkage Approach to the Environmental Control of Buildings. Part I, Construction Tomorrow. Journal of Thermal Insulation and Building Envelopes, Vol. 19, April, pp. 386-402.
48. Hendriks, L., Hens, H. (2000). Building Envelopes in a Holistic Perspective. Final Report IEA, EXCO ECBCS Annex 32, ACCO, Leuven.
49. Vitse, P., Vandevelde, P., Thylde, J. (2003). European test methods and classification of the fire reaction of building products. WTCB-tijdschrift, 2e trimester, p. 27-36 (in Dutch and in French).
50. Hens, H, Rose, W. (2008). The Erlanger House at the University of Illinois_A Performancebased evaluation. Proceedings of the Building Physics Symposium, Leuven, October 29-31, pp. 227-236.
51. Becker, R. (2008). Fundamentals of Performance-Based Building Design. Building Simulation, Vol. 1, No. 4, December.
52. De Grave, A. (1957). Bouwfysica 1. Uitgeverij SIC, Brussel (in Dutch).
53. Fanger, P. O. (1972). Thermal comfort. Mc Graw-Hill Book Company, New York.
54. WTCB (1972). Onderzoek naar de vorstvastheid van bouwmaterialen en bepaling van de eisen voor keuring der materialen. Studie-en Researchrapport 15 (in Dutch).
55. Meadows, D., Randers, J., Behrens, W. (1973). Rapport van de club van Rome. Uitgeverij het Spectrum (in Dutch).
56. Vos, B. H., Tammes, E. (1973). Thermal insulation, seen from an economic viewpoint. Bouwcentrum Rotterdam.
57. NBN B 62-100 (1974). Hygrotermische eigenschappen der gebouwen: thermische isolatie, winteromstandigheden. BIN (in Dutch).
58. Fagerlund, G. (1974). Critical Moisture Contents at Freezing of Porous Materials. Symposium CIB-RILEM on Moisture Problems in Buildings, Rotterdam.
59. Stichting Bouwresearch (1974). Voorstudie Energiebesparing. Rapport BII-46 (in Dutch).
60. Olesen, B. W. (1975). Thermal Comfort Requirements for Floors. Technical University of Denmark.
61. Caluwaerts, P. (1976-1985). De warmtehuishouding in gebouwen's winters en's zomers. Cursus Thermische isolatie en vochtproblemen in gebouwen, TI-KVIV (in Dutch).
62. Benzinger, T. H. (1978). The physiological basis for thermal comfort. First International Symposium on Indoor Climate, Copenhagen.
63. Anon. (1979). Temperature without heating. Proceedings of a CE-symposium, Brussels.
64. RD-Energie (1980-1985). Rationeel energiegebruik in de gebouwen. Integratieoefeningen (in Dutch).
65. Hens, H., Standaert, P. (1980). Energiebesparing in de huishoudelijke sector, gezien door een bouwfysische bril. Studiedag 'Feiten en mythen in zake energiebesparing in huishoudelijke en gelijkgestelde sectoren', Studiedag TI-KVIV (in Dutch).
66. Gagge, A. P. (1980). The new effective temperature ET*. An index of human adaption to warm environments, Environmental Physiology, Elsevier Amsterdam.
67. Wouters, P., Hens, H. (1982). De verbetering van bestaande gebouwen. Studiedag ATIC over energiebesparing in flatgebouwen (in Dutch).
68. Wouters, P., Hens, H. (1981). Isolatie en haar impact op het bouwproces. Ronde Tafel 'Isolatie' (in Dutch).
69. TU-Delft (1981). Afdeling der Bouwkunde. Research in Energy Savings, Eindrapport.
70. Vandermarcke, B. (1982). Thermisch comfort: basis voor het ontwerpen van een zwembad, eindwerk. KU-Leuven (in Dutch).
71. Hens, H. (1982). Bouwfysica 2: Warmte en Vocht, praktische problemen en toepassingen. Vol. 1, Acco Leuven (in Dutch).
72. Muzzin, G. (1982). Uitbloeiïngen op baksteen. WTCB-Tijdschrift 4, pp. 2-17 (in Dutch).
73. Norm ISO 7730 (1984). Moderate thermal environments. Determination of the PMV and PPD indexes and specification of the conditions of thermal comfort.
74. Vaes, F. (1984). Hygrotermisch gedrag van lichte geventileerde daken. Eindrapport onderzoek TCHN-KUL-IWONL (in Dutch).
75. Nationaal Programma RD-Energie (1984). Ontwerp en thermische uitrusting van gebouwen, deel 1. DPWB (in Dutch).
76. Nationaal Programma RD-Energie (1984). Ontwerp en thermische uitrusting van gebouwen, deel 2. DPWB (in Dutch).
77. Hens, H. (1985). Studie van een woning met laag energiegebruik. Rapport RD-Energie (in Dutch).
78. Opfergeld, D. (1985). Guide de la gestion énergétique des établissements scolaires. RD-Energie, Rapport E3/III.1.8 (In French).
79. Ministerie van Economische Zaken, Administratie voor Energie, Energiebalansen 1984-1985- 1986 (in Dutch).
80. TI-KVIV, Kursus Termische Isolatie en Vochtproblemen in Gebouwen: Teksten (1985) (in Dutch).
81. Sachverständigengremium 'Gesundes Bauen und Wohnen' (1986). Gesundes Bauen und Wohnen: Antworten auf aktuelle Fragen. Bonn (in German).
82. PATO (1986). Sectie Bouwkunde, Syllabus van de leergang: Leidt energiebesparing tot vochtproblemen (in Dutch).
83. Werner, H. (1986). Berechnung des Heizenergiebedarfs von Gebäuden nach der Methode ISODP 9164. HLH 37, Heft 11, p. 541-545 (in German).
84. NBN B62-003 (1986). Berekening van de warmteverliezen van gebouwen (in Dutch and in French).
85. Huber, J. W., Baillie, A. P., Griffiths, I. D. (1987). Thermal comfort as a predictive tool in home environments. CIB-W77 meeting, Holzkirchen.
86. WCED (1987). The Brundtland Report.
87. Leerstoel Prof. Ir. R. Van Cauteren (1987). Restauratie in de civiele techniek: tekstboek (in Dutch).
88. NBN B62-002 (1987). Berekening van de warmtedoorgangscoëfficiënten van wanden (in Dutch and in French).
89. Bogaerts, F. (1987). Syntheserapport Energie audits. Rapport RD-Energie (in Dutch).
90. IEA-EXCO ECBCS, Annex 8 (1987). Inhabitants' behaviour with regard to ventilation. Final report.
91. Fanger, O. (1988). The Olf and the Decipol. ASHRAE Journal, October, pp. 35-382.27.
92. Fanger, O. (1988). Hidden Olfs in sick buildings. ASHRAE Journal, November, pp. 40-43.
93. Fanger, O. (1988). Introduction of the Olf and Decipol Units to Quantify Air Pollution Perceived by Humans Indoors and Outdoors. Energy and Buildings 12, pp. 1-6.
94. Fanger, O., Lauridsen, J., Bluyssen, P., Clausen, G. (1988). Air Pollution in Offices and Assembly Halls. Quantified by the olf Unit, Energy and Buildings, 12, pp. 7-19.
95. Labs, K., Carmody, J., Sterling, R., Shen, L., Huang Yu, Joe, Parker, D. (1988). Building Foundation Design Handbook. Chapter 11.1 on Termite Control, ORNL.
96. KU-Leuven, Laboratorium Bouwfysica (1982-19881). Rapporten over de Haram-al-Shariff te Jeruzalem, Het Oude Gerechtshof te Brugge, Arenberg kasteel te Heverlee e.a. (in Dutch, and English).
97. De Bie, C., Deschrijver, F. (1988). Aantasting van Natuursteen: gevallenstudie Jeruzalem, eindwerk KU-Leuven (in Dutch).
98. Verbruggen, A. (1988). Investeringsanalyse, Rationeel Energiegebruik in Kantoorgebouwen, Wilrijk (in Dutch).
99. Poffijn, A. (1989). Binnenluchtverontreiniging door Radon. TI-KVIV studiedag Gezond Bouwen, fabel of realitei (in Dutch).
100. Wouters, P. (1989). De mogelijkheden en beperkingen van ventileren met betrekking tot gezond wonen'. TI-KVIV, studiedag Gezond Bouwen, fabel of realiteit (in Dutch).
101. Uyttenbroeck, J. (1989). Thermisch comfort. TI-KVIV studiedag Gezond Bouwen, fabel of realiteit (in Dutch).
102. Norgard, J. (1989). Low Electricity Appliances-Options for the Future, in 'Electricity, Efficient End-Use and New Generation Technologies and Their Planning Applications'. Lund University Press.
103. Mayer, E. (1990). Untersuchung der physikalischen Ursachen von Zugluft. Gesundheitsingenieur, 1, pp. 17-30 (in German).
104. Mayer, E. (1990). Thermische Behaglichkeit, Einfluß der Luftbewegung auf das Arbeiten in Reinraum. Reinraumtechnik 4, pp. 30-34 (in German).
105. Raatschen, W. (1990). Demand Controlled Ventilating System, State of the Art Review. Report IEA, Annex 18.
106. Barron, E. (1990). Ongewisse Warmte. Natuur en Techniek 2, pp. 96-105 (in Dutch).
107. Hens, H. (1991). Bouwen en gezondheid: mythe of werkelijkheid. Onze Alma Mater 1991/4, pp. 285-304 (in Dutch).
108. Hens, H. (1991). Analysis of Causes of Dampness, Influence of Salt Attack. L'Umidita ascendente nelle murale: fenomenologia e sperimentazione, Bari.
109. Environment International (1991). Special Issue Healthy Buildings. Pergamon Press, New York.
110. IEA-Annex 14 (1991). Condensation and Energy. Final Report, volume 1: Source Book, ACCO Leuven.
111. IEA-Annex 14 (1991). Condensation and Energy. Final Report, volume 3: Case Studies, ACCO Leuven.
112. American Hotel and Motel Association (1991). Mold and Mildew in Hotels and Motels, the Survey.
113. Cziesielski, E. (1991). Energiegerechte Sanierung von Korrosionsschäden bei Stahlbetongebäuden. Bauphysik 5, pp. 138-143 (in German).
114. Gertis, K. (1991). Verstärkter baulicher Wärmeschutz-ein Weg zur Vermeidung der bevorstehenden Klimaveränderungen? Bauphysik 5, pp. 133-137 (In German).
115. Spengler, J., Burge, H., Su, J. (1991). Biological Agents and the Home Environment. Bugs, Mold & Rot 1, Proceedings, p. 11-18.
116. Gertis, K. (1991). Verstärkter baulicher Wärmeschutz-ein Weg zur Vermeidung der bevorstehenden Klimaveränderung. Bauphysik 13 (Heft 5), pp. 132-137 (in German).
117. Van den Ham, E. R., Ackers, J. G. (1992). Radon in het binnenmilieu. Bouwfysica 1, pp. 21-25 (in Dutch).
118. Van der Wal, J. F. (1992). Belasting van de binnenlucht door emissie uit (bouw)materialen en producten. Bouwfysica 1, pp. 12-21 (in Dutch).
119. Radon, J., Werner, H. (1992). Quantifizierung des Solar-Ausnutzungsgrades zur Berechnung des Heizenergiebedarfs von Gebäuden. Bauphysik 14, Heft 1, p. 7-11 (in German).
120. Fachvereinigung Mineralfaserindustrie e. V., Umgang mit MineralwolleDämstoffen (in German).
121. CEN/TC 89 (1992). Working draft 'Thermal performance of buildings-Calculation of energy use for heating-Non Residential buildings'.
122. Stevens, W. J. (1992). Het Sick Building Syndrome, een Air Conditioning Ziekte. WTCBBeroepsvervolmaking: Luchtkwaliteit in Gebouwen (in Dutch).
123. Rousseau, E. (1992). Bouwproducten: asbest en andere probleemstoffen. WTCB-Beroepsvervolmaking: Luchtkwaliteit in Gebouwen (in Dutch).
124. Van Bronswijk, J. E. M. H. (1992). Biologische agentia en bouwfysica. Bouwfysica 1, pp. 7-12 (in Dutch).
125. Winnepenninckx, E. (1992). Het Vlaamse isolatie-en ventilatiedekreet, Hoofdstuk over Isoleren en Milieu. Eindwerk IHAM (in Dutch).
126. CEN/TC 89 (1993). Working draft 'Thermal performance of buildings-Calculation of energy use for heating-Residential buildings'.
127. Johansson, T., Kelly, H., Reddy, A., Williams, R., Renewable Energy (1993). Sources for Fuels and Electricity. Island Press, 1160 pp.
128. Hens, H. (1993). Toegepaste. Bouwfysica 1, Randvoorwaarden en Prestatie-eisen, ACCO, Leuven (in Dutch).
129. Hens, H. (1993). Thermal Retrofit of a Middle Class House: a Monitored Case. Proceedings of the International Symposium on Energy Efficient Buildings, Stuttgart, 9-11 March.
130. Hens, H., Ali Mohamed, F. (1993). Thermal Quality and Energy Use in the Existing Housing Stock. Proceedings of the International Symposium on Energy Efficient Buildings, Stuttgart, 9-11 March.
131. Verbruggen, A. (Ed.) (1994). Leren om te Keren. Milieu en Natuurrapport Vlaanderen, Galant, Leuven, 823 p. (in Dutch).
132. Adan, O. C. G. (1994). On the fungal defacement of Interior Finishes. Doctoraal Proefschrift, TU/e.
133. Anon. (1994). World energy outlook. IEA, Paris, 305 pp.
134. Vliet-SENSIVV (1995-1999). Onderzoek naar de bouwfysische kwaliteit van woningen, gebouwd na 1993. WTCB (in Dutch).
135. IEA (1995). Solar Heating and Cooling Programme. Solar low energy houses of IEA Task 13, James & James Publishers, London.
136. AIVC (1996). A Guide to Energy efficient Ventilation, 254 p.
137. Cerf (1996). Construction Industry, Research Prospectuses for the 21st Century. Report #96-5016.T, Civil Engineering Research Foundation, Washington DC, 130 pp.
138. Geselschaft für rationelle Energieverwendung (GRE) (1996). Heizenergieeinsparung im Gebäudebestand. BAUCOM, Böhl-Iggelheim, 99 pp. (in German).
139. Hens, H. (1996). Toegepaste Bouwfysica 3, gebouwen en installaties. ACCO, Leuven, 329 p. (in Dutch).
140. Lévêque, F. (1996). Modélisation de la prévision de la consommation d'électricité du secteur résidentiel belge. Memoire, UCL, 82 p. + annexes.
141. Verbruggen, A. (Ed.) (1996). Leren om te Keren, Milieu en Natuurrapport Vlaanderen. Galant, Leuven, 585 p.
142. DOE (1997). Office of Energy Efficiency and Renewable Energy. Scenarios of U.S. carbon reductions.
143. Feist, W. (1997). Lebenszyklus-Bilanzen im Vergleich: Niedrigenergiehaus, Passivhaus, Energieautarkes Haus. Wksb, Heft 39, 42 jahrgang, Juli, pp. 53-57 (in German).
144. Hens, H., Verdonck, B. (1997). Wonen, verwarmen: energie en emissies. CO2-project Electrabel-SPE, 52 p. (in Dutch).
145. Laboratorium Bouwfysica (1997). Databases STUD9497.xls, ANE9497.xls, ANAF9497.xls.
146. Anon. (1997). Enhancing the market deployment of energy technology, a survey of eight technologies. IEA, Paris, 231 pp.
147. ASHRAE (1998). Field Studies of Thermal Comfort and Adaptation. A Collection of Papers from the ASHRAE Winter Meeting in San Francisco.
148. CIB (1998). Sustainable Development and the Future of Construction. Publication 225, Rotterdam.
149. Erhorn, H. (1998). Fördert oder schadet die Europäische Normung der Niedrigenergiebauweise in Deutschland. Gesundheidsingenieur 119, heft 5, s. 236-239 (in German).
150. Rudbeck, C. (1999). Methods for Designing Building Envelope Components Prepared For Repair and Maintenance. Report R-035, Technical University of Denmark.
151. Hens, H. (1999). Fungal Defacement in Buildings: A Performance Related Approach. International Journal of HVAC&R Research, Vol. 5, nr 3, pp. 265-280.
152. CIB (1999). Agenda 21 on Sustainable Construction. Publication 21, Rotterdam, 120 pp.
153. prEN 12831 (2000). Heating systems in buildings, method for calculation of the design heat load. Final Draft, August, 77 p..
154. Wouters, P. (2000). Quality in Relation to Indoor Climate and Energy Efficiency. An analysis of trends, achievements and remaining challenges. Doctoraal proefschrift, UCL.
155. Hendriks, L., Hens, H. (2000). Building Envelopes in a Holistic Perspective. Final report IEAECBCS Annex 32, ACCO, Leuven, 102 pp. + ad.
156. ASHRAE (2001). Handbook of Fundamentals.
157. Mohamed, F. A., Hens, H. (2001). Vermindering van de CO2 uitstoot door ruimteverwarming in de residentiële sector: rendabiliteit van bouwkundige maatregelen. Rapport Kennis CO2-emissies, Electrabel/SPE (in Dutch).
158. Sedlbauer, K. (2001). Vorhersage von Schimmelpilzbildung auf und in Bauteilen. Doktor-Ingenieur Abhandlung, Universität Stuttgart (in German).
159. Desmyter, J., Potoms, G., Demars, P., Jacobs, J. (2001). De alkali-silicaat reactie. Basisbegrippen en belang voor België. WTCB Tijdschrift, 2e trimester, pp. 3-16 (in Dutch).
160. Ali Mohamed, F., Hens, H. (2001). Vermindering van de CO2 uitstoot door ruimteverwarming in de residentiële sector: rentabiliteit van bouwkundige maatregelen. Eindrapport project 'Kennis van de CO2-emissies', 85 p. (in Dutch).
161. Verbeeck, G., Hens, H. (2002). Energiezuinige renovaties: economisch optimum, rendabiliteit. Rapport Kennis CO2-emissies, Electrabel/SPE (in Dutch).
162. KU-Leuven, Laboratorium Bouwfysica (1994-2003). Rapporten over het thermisch comfort in grote verkoopsruimten, trading zalen en woningen (in Dutch).
163. CEN (2002). EN ISO 13790). Thermal Performance of Buildings. Calculation of Energy Use for Heating.
164. Anon. (2002). Directive 2002/91/EC of the European Parliament and of the council of 16 december 2002 on the energy performance of buildings.
165. Heron (2002). Special Issue on ASR, Vol. 47, no 2.
166. Shum, M. (2002). An Overview of the health effects due to mold exposure. Proceedings of the Indoor Air 2002 Conference, Vol. 3, pp. 17-22, Montery, California.
167. Weiss, J. S., O'Neill, M. K. (2002). Health effects from stachybotris exposure in indoor air, a critical review. Proceedings of the Indoor Air 2002 Conference, Vol. 3, pp. 23-28, Montery, California.
168. Fanger, P. O. (2002). Prediction of thermal sensation in non-airconditioned buildings in warm climates. Proceedings of the Indoor Air 2002 Conference, Vol. 3, pp. 23-28, Montery, California.
169. Du Plessis, C. (2002). Agenda 21 for Sustainable Construction in Developing Countries, published for CIB and UNEP by CSIR Building and Construction Technology, Pretoria, 82 pp.
170. CEN (2003). EN 12831. Heating Systems in Buildings, Method for Calculation of the Design Load.
171. Hens, H. (2003). Bouwen, gebouwgebruik en milieu, geen problemen of toch? Wetenschap op nieuwe wegen, Lessen van de 21e eeuw, Raymaekers en Van Riel, ed. Universitaire Pers, Leuven, p. 219-243 (in Dutch).
172. NBN EN 12831 (2003). Heating systems in buildings. Method for calculation of the design heat load, 76 pp. (in English)).
173. Grumman, D. (Ed.) (2003). ASHRAE GreenGuide. Atlanta, 163 pp.
174. Anon. (2004). Decreet houdende eisen en handhavingsmaatregelen op het vlak van de energieprestaties en het binnenklimaat voor gebouwen en tot invoering van een energieprestatiecertificaat. Belgisch staatsblad, 30/07, ed.3 (in Dutch).
175. Hens, H. (2004). Cost efficiency of PUR/PIR insulation. Report 2004/14, written on demand of the European PU-industry, Laboratory of Building Physics, 76 pp.
176. Anon. (2005). Calculation Method for the Characteristic Annual Primary Energy Consumption in Residential Buildings. Add I to the Flemish EPB-legislation, Belgisch Staatsblad/Moniteur Belge, June, 15 (in Dutch and French).
177. Seppänen, O., Fisk, W. (2005). Indoor climate and productivity. Proceedings of the International Conference on the Energy performance of Buildings, AIVC Brussels, 21-23 September.
178. Flannery, T. (2005). The Weather Makers: The History and Future Impact of Climate Change. Text Publishing, Melbourne.
179. Vlaamse regering (2005). Besluit tot vaststelling van de eisen op het vlak van de energieprestaties en het binnenklimaat in gebouwen met bijlagen (in Dutch).
180. REHVA (2005). Clima 2005 8th World Congress. Proceedings, Lausanne (CD-ROM).
181. D'haeseleer, W (redactie) (2005). Energie vandaag en morgen, beschouwingen over energievoorziening en -gebruik. ACCO, Leuven, 292 pp. (in Dutch).
182. Geurts, H., Van Dorland, R. (2005). Klimaatverandering. Teleac KNMI, Kosmos-Z&K uitgevers, Utrecht/Antwerpen, 128 pp. (in Dutch).
183. Hens, H. (2006). Duurzaam bouwen. Francqui leerstoel VUB, 80 pp. (in Dutch).
184. Flannery, T. (2006). De weermakers. Uitgeverij Atlas, Amsterdam, 324 pp. (in Dutch).
185. Verbeeck, G., Hens, H. (2006). Development of extremely low energy dwellings through life cycle optimization. Research in Building Physics and Building Engineering (P. Fazio, H. Ge, J. Rao, G. Desmarais Ed.), Taylor & Francis, London, p. 579-586.
186. Johannesson, G. (2006). Building energy - a design tool meeting the requirements for energy performance standards at early design - validation. Research in Building Physics and Building Engineering (P. Fazio, H. Ge, J. Rao, G. Desmarais Ed.), Taylor & Francis, London, p. 627-634.
187. Van der Veken, J., Hens, H., Peeters, L., Helsen, L., D'haeseleer, W. (2006). Economy, energy and ecology based comparison of heating systems in dwellings. Research in Building Physics and Building Engineering (P. Fazio, H. Ge, J. Rao, G. Desmarais Ed.), Taylor & Francis, London, p. 661-668.
188. Federaal Planbureau (2006). Het klimaatbeleid na 2012, analyse van de scenario's voor emissiereductie tegen 2020 en 2050. Studie in opdracht van de federale minister van leefmilieu, 246 pp. (in Dutch).
189. Commission Energy 2030 (2006). Belgium's Energy Challenges Towards 2030. Report commissioned by the federal minister of energy.
190. ASHRAE (2007). Handbook of HVAC Applications. Chapter 36, Atlanta.
191. Verbeeck, G. (2007). Optimisation of extremely low energy residential buildings. PhD-thesis, K. U. Leuven.
192. Verbeeck, G., Hens, H. (2007). Life cycle inventory of extremely low energy dwellings. Proceedings Plea 2007, Singapore, 22-24 november.
193. Anon. (2007). Assessment of office buildings: towards a sustainable housing of the Flemish civil services. D/2008/3241/080, 126 p. (in Dutch).
194. Hens, H., Verbeeck, G., Van der Veken, J., De Meulenaer, V., Janssens, A., Van Londersele, E., Willems, L., Peeters, L., D'haeseleer, W., Vermeyen, P. (2007). Ontwikkeling via levenscyclusanalyse van extreem lage energie-en pollutiewoningen (EL2EP). Eindrapport GBOU-project (in Dutch).
195. ASHRAE (2008). Advanced Energy Design Guide for K-12 School Buildings. ISBN 1-931862-41-9, 171 p.
196. Gertis, K., Hauser, G., Sedlbauer, K., Sobek, W. (2008). Was bedeuted "Platin"? Zur Entwicklung von Nachhaltigkeitsbewertungsverfahren. Bauphysik 30 (4), pp. 244-256 (in German).
197. Hens, H., Rose, W. B. (2008). The Erlanger House at the University of Illinois-A Performancebased Evaluation. Proceedings of the Building Physics Symposium, Leuven, 29-31 October, pp. 227-235.
198. NIBS (2008). High Performance Buildings. Assessment to the US Congress and US Department of Energy in Response to Section 914 of the Energy Policy Act of 2005 (Public Law 109-058), 27 p.
199. USGBC (2009). LEED 2009 for New Construction and Major Renovations, 88 p.
200. Glaser, H. (1958). Wärmeleitung und Feuchtigkeitsdurchgang durch Kühlraumisolierungen. Kältetechnik, 3/1958, pp. 86-91 (in German).
201. Neufert (1964). Bau Entwurfslehre. Verlag Ullstein, Berlin (in German).
202. A. J. Metric Handbook (1969). The Architectural Press, London.
203. Mamillan, M., Boineau, A. (1974). Etude de l'assèchement des murs soumis à des remomtées capillaires, paper 2.2.2. CIB-RILEM 2d International Conference on Moisture Problems in Buildings, Rotterdam (in French).
204. Interindustriële studiegroep voor de Bouwnijverheid IC-IB (1979). Prestatiegids voor gebouwen, delen 1 tot 9. WTCB (in Dutch).
205. Nevander, L.E, Elmarsson, B. (1981). Fukthandbok. Svensk Byggtjänst (in Swedish).
206. NRC-Canada (1982). Exterior Walls, Understanding the Problems. Proceedings of the Building Science Forum '82, 63 pp.
207. WTCB-tijdschrift (1982). De rekenmetode van Glaser, 1/82, pp. 13-24 (in Dutch).
208. NRC-Canada (1983). Humidity, Condensation and Ventilation in Houses. Proceedings of the Building Science Insight '83, 66 pp.
209. Hens, H. (1984). Buitenwandoplossingen voor de residentiële bouw, De spouwmuur. Rapport R-D Energie (in Dutch).
210. Andersen, N. E., Christensen, G., Nielsen, F. (1984). Bygningers Fugtisolering. SBI-Anvisning 139, Statens Byggeforskningsinstitut, Horsholm (in Danish).
211. Künzel, H. (1985). Regenschutz von Außenwänden durch mineralische Putze. Der Stukkateur, Heft 5/85 (in German).
212. PATO (1986). Syllabus 'Leidt energiebesparing tot Vochtproblemen'. Delft, 30 sept. - 1 Okt. (in Dutch).
213. Verbruggen, A. (1988). Investeringsanalyse. Rationeel energiegebruik in kantoorgebouwen, Wilrijk (in Dutch).
214. NRC-Canada (1989). An Air Barrier for the Building Envelope. Proceedings of the Building Insight '86, 24 pp.
215. Hens, H. (1989). Heat, Air, Moisture Transport in Building Components. Seminar U. Lg, nov.
216. American Hotel & Motel Association (1989). Mold & Mildew in Hotels and Motels, the Survey, 1989.
217. Sagelsdorf, R. (1989). Wasserdampfdiffusion, Grundlagen, Berechnungsverfahren, Diffusionsnachweis. SIA-Dokumentation D 018, Zürich (in German).
218. Bouwbesluit, Staatsblad 680 (1991). Staatsdrukkerij, Den Haag, Dec. (in Dutch).
219. Uitvoeringsbesluiten Isolatiedecreet (1991).
220. Nevander, L. E., Elmarsson, B. (1991). Fuktdimensionering av träkonstruktioner, Riskanalys. Byggforskningsrådet, rapport R38 (in Swedish).
221. Hens, H. (1991). Analysis of causes of dampness, influence of salt attack. Seminar 'l'Umidita ascendente nelle murature: fenomenologia e sperimentazione', Bari.
222. Anon. (1991). Condensation and Energy, Guidelines and Practice. Final Report IEA, EXCO ECBCS Annex 24, ACCO, Leuven.
223. Winnepenninckx, E. (1992). Het Vlaamse isolatie-en ventilatiedecreet, onuitgegeven eindwerk. IHAM (in Dutch).
224. Carmeliet, J. (1992). Duurzaamheid van weefselgewapende pleisters voor buitenisolatie, een probabilistische benadering op basis van de niet locale continue schademechanica. Doctoraal proefschrift, KU-Leuven (in Dutch).
225. Künzel, H. (1994). Verfahren zur ein und zweidimensionalen Berechnung des gekoppelten Wärme-und Feuchtetransport in Bauteilen mit einfachen Kennwerten. Doktor Abhandlung, Iniversität Stuttgart, 104 p. + fig. (in German).
226. Hens, H. (1996). Heat, Air and Moisture Transport Through New and Retrofitted Insulated Envelope Parts, Modeling. Final Report Task 1 IEA, EXCO ECBCS Annex 24, ACCO, Leuven.
227. Anon. (1996). Heat, Air and Moisture Transport Through New and Retrofitted Insulated Envelope Parts, Common Exercices. Final Report Task 1 IEA, EXCO ECBCS Annex 24, ACCO, Leuven.
228. Sanders, C. (1996). Heat, Air and Moisture Transport Through New and Retrofitted Insulated Envelope Parts, Environmental Conditions. Final Report Task 2 IEA, EXCO ECBCS Annex 24, ACCO, Leuven.
229. Hagentoft, C. E. (1998). Heat, Air and Moisture Transport Through New and Retrofitted Insulated Envelope Parts, Performances and Practice. Final Report Task 5 IEA, EXCO ECBCS Annex 24, ACCO, Leuven.
230. Straube, J. F. (1998). Moisture Control and Enclosure Wall Systems. PhD-Thesis, University of Waterloo.
231. Janssens, A. (1997). Reliable Control of Interstitial Condensation in Lightweight Roof Systems. PhD, K. U. Leuven, 217 p.
232. Hens, H. (1999). Fungal Defacement in Buildings, a Performance Related Approach. International Journal for Heating, Ventilation, Air Conditioning and Refrigeration Research, Vol. 5, No. 3, pp. 256-280.
233. Hendriks, L., Hens, H. (2000). Building Envelopes in a Holistic Perspective. Final Report IEA, EXCO ECBCS Annex 32, ACCO, Leuven.
234. ASHRAE (2001). Handbook of Fundamentals. Chapter 23, Atlanta.
235. Sedlbauer, C. (2001). Vorhersage von Schimmelpilzbildung auf und in Bauteilen. Doktor-Ingenieurs Abhandlung, Universität Stuttgart (in German).
236. Holm, A. (2001). Ermittlung der Genauigkeit von instationären hygrothermischen Bauteilberech nungen mittels eines stochatischen Konzeptes. Doktor-Ingenieur Abhandlung, Universität Stutt gart, 129 p. (in German).
237. Majoor, G. J. M., de Jong, A. (2002). Herziene normen gepubliceerd voor thermische isolatieberekening en EPN. Bouwfysica, Vol. 15, nr 2 (in Dutch).
238. Blocken, B., Hens, H., Carmeliet, J. (2002). Methods for the Quantification of Driving Rain on Buildings. ASHRAE Transactions, Vol. 108, part 2, p. 338-350.
239. Van Mook, F. (2003). Driving rain on building envelopes. Doctoraal proefschrift TU/e (Bouwstenen 69).
240. Carmeliet, J., Hens, H., Vermeir, G. (Eds.) (2003). Research in Building Physics. A. A. Balkema Publishers, Lisse/Abingdon/Exton/Tokyo.
241. R. Zheng, J. Carmeliet, H. Hens, A. Janssens, W. Bogaerts (2004). A Hot Box-Cold Box Investigation of the Corrosion Behavior of Highly Insulated Zinc Roofing Systems. Journal of Thermal Envelope and Building Science, Vol. 28, nr. 1, July, pp. 27-44.
242. Hens, H., S. Roels, W Desadeleer (2004). Rain Leakage through veneer walls, built with concrete blocks. Proceedings CIB-W40 meeting, Glasgow.
243. Blocken, B. (2004). Wind-driven rain on buildings, measurements, numerical modelling and applications. PhD, K. U. Leuven, 323 p. + add.
244. Houvenaghel, G., Hens, H., Horta, A. (2004). The impact of airflow on the hygrothermal behavior of highly insulated pitched roof systems. Proceedings of the Performance of the Exterior Envelopes of Whole Buildings IX Conference, Clear Water Beach, Florida.
245. ASHRAE (2005). Handbook of Fundamentals. Chapter 23, Atlanta.
246. Hens, H., Roels, S., Desadeleer, W. (2005). Glued concrete block veneers with open head joints: rain leakage and hygrothermal performance. Proceedings of the Nordic Building Physics Conference, Rejkjavik, June.
247. Fazio, P., Hua, G., Rao, J., Desmarais, G. (Eds.) (2006). Research in Building Physics and Building Engineering. Taylor & Francis, London/Leiden/New York/Philadelphia/Singapore.
248. Poupeleer, A. S. (2007). Transport and crystallization of dissolved salts in cracked porous building materials. PhD, K. U. Leuven, 299 p.
249. Janssens, A., Hens, H. (2007). Effects of wind on the transmission heat loss in duo-pitch insulated roofs: a field study. Energy and Buildings 39, 1047-1054.
250. Vinha, J. (2007). Hygrothermal Performance of Timber-Framed External Walls in Finnish Climatic Conditions. PhD, Tampereen Teknillinen Yliopisto, 338 p. + app.
251. Hens, H. (2007). Does heat, air, moisture modelling really helps in solving hygrothermal problems? Keynote, Rakennusfysiikka, Tampere, 18 october.
252. Peer, L. (2007). Use of Thermal Breacks in Cladding Support Systems. Proceedings of the Buildings X Conference, Clearwater Beach (CD-ROM).
253. Williams, M. (2007). Developing Innovative Drainage and Drying Solutions for the Building Enclosure. Proceedings of the Buildings X Conference, Clearwater Beach (CD-ROM).
254. Karagiosis, A., Desjarlais, A., Lstiburek, J. (2007). Scientific Analysis of Vapour Retarder Recommendations for Wall Systems Constructed in North America. Proceedings of the Buildings X Conference, Clearwater Beach (CD-ROM).
255. Derome, D., Carmeliet, J., Karagiosis, A. (2007. Cyclic temperature gradient driven moisture transport in walls with wetted masonry cladding. Proceedings of the Buildings X Conference, Clearwater Beach (CD-ROM).
256. Tariku, F., Cornick, S., Lacasse, M. (2007). Simulation of Wind-Driven Rain Penetration Effects on the Performance of a Stucco-clad wall. Proceedings of the Buildings X Conference, Clearwater Beach (CD-ROM).
257. Fazio, P. (2008). Developing a standardized test to evaluate the relative hygrothermal performance of different building envelope systems. Proceedings of the Building Physics Symposium, Leuven, 29-31 October, pp. 63-66.
258. Abuku Masaru (2009). Moisture stress of wind-driven rain on building enclosures. PhD, K. U. Leuven, 107 p.
259. ASHRAE (2009). Handbook of Fundamentals. Chapter 23, Atlanta.
260. Stichting Bouwresearch (1974). Eigenschappen van bouw-en isolatiematerialen (Properties of building and insulating materials), 2e, gewijzigde druk (in Dutch).
261. Hens, H. (1975). Theoretische en experimentale studie van het hygrothermisch gedrag van bouwen isolatiematerialen bij inwendige condensatie en droging met toepassing op de platte daken (Theoretical and experimental study of the hygrothermal response of building and insulating materials during interstitial condensation and drying with application on low-sloped roofs), PhD K. U. Leuven, 311 p. (in Dutch).
262. Hens, H. (1984). Cataloog van hygrothermische eigenschappen van bouw-en isolatiematerialen (Catalogue of hygrothermal properties of building and insulating materials), rapport E/VI/2, R-D Energy, 100 p. + appendices (in Dutch).
263. Trechsel/Bomberg (Eds.) (1989). Water Vapor Transmission Through Building Materials and Systems, ASTM, STP 1039.
264. Hens, H. (1991). Catalogue of Material Properties, Final Report, IEA-EXCO on Energy Conservation in Buildings and Community Systems, Annex 14 'Condensation and Energy'.
265. Krus, M. (1995). Feuchtetransport-und Speicherkoeffizienten poröser mineralischer Baustoffe. Theoretische Grundlagen und Neue Meßtechniken. Doctor Abhandlung, Universität Stuttgart (in German).
266. Kumaran, K. (1996). Material Properties. Final Report, IEA, EXCO on Energy Conservation in Buildings and Community Systems, Annex 24 'Heat, Air and Moisture Transfer in Insulated Envelope Parts, Task 3.
267. CEN/TC 89 (1998). Building materials and products - Hygrothermal properties - Tabulated design values, working draft.
268. Roels, S. (2000). Modelling unsaturated moisture transport in heterogeneous limestone. Doctoral Thesis, K. U. Leuven.
269. NBN B62-002/A1 (2001). Berekening van de warmtedoorgangscoëfficiënten van wanden van gebouwen, 2e uitgave (in Dutch).
270. Hagentoft, C. E. (2001). Introduction to Building Physics. Studentlitteratur, Lund.
271. Kumaran, K. (2002). A thermal and Moisture Property Database for Common Building and Insulating Materials. Final report from ASHRAE Research Project 1018-RP, 231 p.
272. prCEN/TR 14613 (2003). Thermal performance of building materials and components - principles for the determination of thermal properties of moist materials and components. Final draft.
273. Roels, S., Carmeliet, J., Hens, H. (2003). Moisture transfer properties and material characterization. Final Report EU HAMSTAD project.
274. ISO 10456 (2007). Building materials and products-Hygrothermal properties - Tabulated design values and procedures for determining declared and design thermal values, 24 p.
275. ASHRAE (2009). Handbook of Fundamentals.