The following information was submitted:
Transactions: INTERNATIONAL JOURNAL of MATHEMATICAL MODELS AND METHODS IN APPLIED SCIENCES
Transactions ID Number: 19-544
Full Name: Maalouf Chadi
Position: Associate Professor
Age: ON
Sex: Male
Address: 66 rue chanzy, 51100; Reims
Country: FRANCE
Tel: 003363257323
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E-mail address: chadi.maalouf@univ-reims.fr
Other E-mails: chadimaalouf@hotmail.com
Title of the Paper: Effect of moisture transfer on thermal inertia in simple layer walls: case of a vegetal fibre material
Authors as they appear in the Paper: C. Maalouf, A.D. Tran le, M. Lachi, E. Wurtz, T.H. Mai
Email addresses of all the authors: chadi.maalouf@univ-reims.fr,dungxf@yahoo.fr,m.lachi@univ-reims.fr,etienne.wurtz@univ-reims.fr,ton-hoang.mai@univ-reims.fr
Number of paper pages: 15
Abstract: In building design, thermal inertia is an important passive parameter that affects occupants' thermal comfort. The purpose of this paper is to study the effect of moisture transfer on material thermal inertia for different materials by studying the behaviour of a simple wall under variating outdoor conditions and mainly to study transient hygrothermal behaviour of a vegetal fibre material made of a mixture of lime and hemp fibres. To study moisture transfer in materials, we used a coupled heat and moisture transfer model in which moisture transport is made through liquid and vapour phases. The liquid phase is supposed to move by capillarity whereas the vapour phase diffuses under vapour partial pressure gradient. For the numerical approach, a simulation model was developed and implemented in the program oriented object SPARK. Simulations were used to study the effect of moisture transfer on the damping effect, time lag and heat conduction loads through simple layer!
walls.
Keywords: Heat and moisture transfer, Hemp concrete, Simulation, Thermal inertia, SPARK
EXTENSION of the file: .pdf
Special (Invited) Session: Effect of moisture transfer on thermal inertia in simple layer walls
Organizer of the Session: 201-325
How Did you learn about congress: Monika Woloszyn Monika.woloszyn@insa-lyon.fr, Katia Cordeiro Mendonca k.mendonca@pucpr.br
IP ADDRESS: 79.84.162.43