Kabré Sayouba

Thickness Estimation of a Compressed Earth Brick (CEB) Wall Using a Numerical Model of Coupled Heat and Mass Transfer

Kabré Sayouba, Ouédraogo Siguibnoma Kévin Landry, Timbe N’Djédanoum, Bétaboalé Naon & Zougmoré François · Physical Science International Journal · 2024

Numerical modelling of coupled heat and mass transfer within a CEB wall is presented. Drawing on the work of Luikov, a mathematical model governing coupled heat and mass transfer has been established, taking into account the BTC application environment. Temperature and moisture c...

Open access Research Article 10.9734/psij/2024/v28i6867

Numerical Study of Coupled Heat and Mass Transfer in Laterite Brick Walls

Kiébré Rimyalegdo, Kabré Sayouba, Oubda Daouda, Kébré B. Marcel, Naon Bétaboalé & Zougmoré François · Physical Science International Journal · 2025

The insulation performance of a wall is an important contributor to the global energy performance of a building. With the results of the study, we intend to help determining suitable thickness and insulation performance of laterite bricks wall in practical applications. The resul...

Open access Research Article 10.9734/psij/2025/v29i5907