Paper published in a book (Scientific congresses and symposiums)
Comparative study of the influence of traditional walls with different typologies and constructive techniques on the energy performance of the traditional dwellings of the Casbah of Algiers
Arrar, Fawzi Hicham ; Affiliations Environnement et Technologie pour l’Architecture et le Patrimoine (ETAP), Institute of Architecture and Urbanism, University of Blida1, Blida 0900, Algeria
Kaoula Dalel; Environnement et Technologie pour l’Architecture et le Patrimoine (ETAP), Institute of Architecture and Urbanism, University of Blida1, Blida 0900, Algeria
Amina Abdessemed Foufa; Environnement et Technologie pour l’Architecture et le Patrimoine (ETAP), Institute of Architecture and Urbanism, University of Blida1, Blida 0900, Algeria
Language :
English
Title :
Comparative study of the influence of traditional walls with different typologies and constructive techniques on the energy performance of the traditional dwellings of the Casbah of Algiers
Publication date :
2019
Event name :
1st International Conference on Engineering Solutions for Sustainable Development (ICESSD 2019)
Abdessemed Foufa A. 2010. The rehabilitation manual as conservation tools in the framework of perma nentplan and enhancement of the safeguarded sector of the Casbah of Algiers. Barcelona: IEMed.
Atelier Casbah 1980. Algiers Casbah Development Project, Preliminary Development Plan. Ministry of housing and construction.
Cheng, V. & Givoni, B. 2005. Effect of envelope colour and thermal mass on indoor temperatures in hot humid climate, Freiburg: The International Solar Energy Society.
Corgnati 2011 S.P. Indoor climate quality assessment – evaluation of indoor thermal and in door air quality. Brussels: Rehva Guidebook 14. Rehva.
Dubost, O. 2011. Environment and sustainable city. Paris: Ed. Weka.
Ghaffour, W. 2014. Patrimoine architectural, entre technicité, confort et durabilité. Magister, Thesis: 49-50. Tlemcen: University of Tlemcen.
Hoang A.D. 2014. Modélisation en vue de la simulation énergétique des bâtiments: Application au prototypage virtuel et à la gestion optimale de PREDIS MHI. Sciences de l’ingénieur[physics]. Grenoble University.
Ioana Udreaa 2015. Thermal comfort in a Romanian Passive House. Preliminary results. Sustainable Solutions for Energy and Environment, Bucarest: Polytechnic University.
Little, B. 2001. Building with earth in Scotland: 11-12. Edinburgh: Ed. CRU.
M’sellem, H. 2007. L’évaluation du confort thermique Par les techniques d’analyse Biocli-matiques Magister Thesis. Biskra: Université of Biskra.
Noel, P. 2018. Évaluation du confort thermique à la suite d’abaissements de la température de consigne des thermostats en mode chauffage à l’aide de données mesurées in situ et de simulations-Thesis, School of Higher Technology-University of Quebec.
Morel, N. 2009. Energetic building. Lausanne:Solar energy and building physics laboratory (LESO-PB).
Moriset, S. & Misse, A. 2011. Renovate and build adobe in the Livradois-Forez Regional Nature Park.
Mileto, C. 2007. Stratigraphic analysis of architecture and its application to traditional architecture II. rehabilitation buildings. Barcelona: Ed.ApaiefladorsiArquitetesTècnis.
Munaretto, F. 2014. Study of the influence of thermal inertia on the energy performance of buildings. Paris: National School of Mines.
Pignal, B. 2005. Raw earth: Construction and restoration techniques: 10-11. Paris: Ed. Eyrolles.
Missoum, S. 2003. Algiers at the time Ottoman (sixteenth-twentieth century): The medina and the traditionnel house. Aix-en-Provence: Ed. Edisud.