Pierre Blanchet

Professeur titulaire

Laval University

Canada

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Prof. Pierre Blanchet is a full professor at Université Laval in Canada. His research focuses on the impact of climate change on energy demand for buildings, performance-based classifications of building products, and circular economy strategies in sustainable construction. His recent publications explore topics such as the mechanical characteristics of hardwoods for glulam production, design challenges in timber framing, and performance assessments of prefabricated wall systems in cold climates.

Pierre Blanchet

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Articles (30)

Exploration of alternative to lightweight structural system with corrugated structural insulated panel

Impact of climate change on the energy demand of buildings utilizing wooden prefabricated envelopes in cold weather

Performance‐Based Approach for Classifying the Degree of Combustibility of Building Products

Evaluating circular economy strategies at the end-of-life stage of a mass timber building: pathways for sustainable construction

A decade review on hardwood composites and their research developments

Assessment of Populus tremuloides (Michx) mechanical characteristics for glulam production

Challenges in the Design for Disassembly of Light Timber Framing Panelized Components

Hygrothermal response to air movements in wall junctions: Comparison between two numerical approaches and experiments

Upcycling of protein concentrates from industrial byproducts into polyurethane wood adhesives

Full-Scale Comparison of Two Envelope Systems for Lightweight Wooden Framing in Cold Climates

Risk Analysis in International Construction Projects: A Look at the Prefabricated Wood Construction Sector in the Province of Quebec

A Comparative Study of Fire Code Classifications of Building Materials

On-site handling: Automated connecting device for modular construction used as lifting apparatus

Full-Scale Implementation of an Automated Connecting Device for Modular Construction

Integration mechanisms for material suppliers in the construction supply chain: a systematic literature review

Design of a structural insulating panel based on wood-based corrugated panels as an alternative to light-frame construction

Bonding performance of Canadian hardwoods to produce glued laminated timber

Hygrothermal and airtightness performance assessment of prefabricated lightweight wall systems for cold climates

A Simulation Model to Analyze Different Automation Scenarios in a Mixed-Assembly Manufacturing Line: Timber-Frame Prefabrication Industry

Investigating the impact of construction workmanship defects on the hygrothermal performance and airtightness of lightweight-structure wooden envelope systems

A Sectorial Validation and Application of a Conceptual Framework for Creating a Brand Management Strategy

BIM-Based Checking Method for the Mass Timber Industry

Prioritizing Indicators for Material Selection in Prefabricated Wooden Construction

Development of a novel sandwich-structured composite from biopolymers and cellulose microfibers for building envelope applications

Case-Study: Fully Prefabricated Wood Wall Connection to Improve Building Envelope and On-Site Efficiency

A Conceptual Framework for Creating Brand Management Strategies

Social Representations of Mass Timber and Prefabricated Light-Frame Wood Construction for Multi-Story Housing: The Vision of Users in Quebec

Technical properties improvement of engineered flooring through hardening by acrylate surface impregnation and in-situ electron beam polymerization

Parametric Study of Lightweight Wooden Wall Assemblies for Cold and Subarctic Climates Using External Insulation

A Parametric Study of Fire Risks of Green Roofs to Adjacent Buildings

Collaborators (8)

Matheus R Cabral

Guillermo Íñiguez-González

Louis Gosselin

Jeremy Piggot Navarrete

Christian Dagenais

Clement Boudaud

Jean Côté

Julien Chamberland

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