Numerical and Experimental Analysis of the Hygrothermal Efficiency of Fully Bio-Sourced Building Materials Under Mechanical Loading

This project is a part of a collaborative research program between Canada and France, through a joint supervision thesis. The ongoing first phase in Canada involves utilizing a numerical simulation method, namely COMSOL software, to predict mass (water) and heat transfers through biobased building walls, with the incorporation of mechanical loading on the wall. However, due to the lack of necessary equipment and suitable sites, the experimental phase cannot be executed in Canada.

The first experimental assembly is a scaled-up version in a laboratory setting with a fully-controlled environment on both sides of the wall. The second assembly is a full-scale, fully instrumented building that allows for in-situ measurements. Ultimately, these measurements will be utilized to validate the accuracy and reliability of the simulations. In addition, the resulting proof of concept of bio-based walls will be an established technology to be utilized in the construction of the net-zero buildings.

Faculty Supervisor:

Daniel Rousse

Student:

Partner:

Université de Picardie Jules Verne

Discipline:

Engineering

Sector:

Education

University:

École de technologie supérieure

Program: