Probabilistic performance-based wind design (P-PBWD) frameworks for tall mass-timber buildings

Existing wind design approaches in building codes and literature are formulated considering the aerodynamics and structural dynamics of tall buildings constructed with conventional materials such as concrete and steel. Consequently, their use for tall mass timber building design may produce inaccurate or costly design solutions. Therefore, in collaboration with the partner organization (Fast + Epp), the proposed research aims to develop two computationally efficient Probabilistic Performance-Based Wind Design (P-PBWD) frameworks for tall mass timber buildings. The development process, real-world application, and degree of complexity differentiate the two frameworks. The design frameworks from the project will provide Fast + Epp and other Canadian design engineers the tools and knowledge needed to design tall mass timber buildings for wind using performance-based approaches. The proposed project will help boost the use of timber and decarbonize the construction industry, which will assist Canada in reaching its goal of becoming a carbon-neutral economy by 2050.

Faculty Supervisor:

Matiyas Bezabeh

Student:

Partner:

Fast + Epp Structural Engineers Inc.

Discipline:

Engineering

Sector:

Construction and infrastructure; Professional, scientific and technical services

University:

McGill University

Program: