PCL Residential Buildings Analysis for Post-Disaster Requirements

Fahim Hamidi and David Effa
Case revision date: 
4 Pages (Case Study)

PCL Constructors Canada Inc. is a group of independent construction companies that carry out diverse operations in the civil infrastructure, heavy industrial and building markets [1]. Together, these companies have an annual construction volume of more than $6 billion, making them the largest contracting organization in Canada. PCL Constructors Canada Inc. applies the appropriate building code for designing and civil construction. In the 2006 edition of the Ontario Building Code, a post-disaster building is defined as one that is essential to the provision of services in the event of a disaster. This includes buildings such as hospitals, power generating stations, communications facilities, and control centers for transportation [2]. Residential buildings do not fall under this category, and therefore are not required to maintain full functionality following a disaster. As such, designers and builders are only required to design and construct these buildings to withstand certain live, dead, wind, snow, and earthquake loads. Roof collapse in Vaughan Residence

Fahim Hamidi, a co-op student employed at PCL Constructors Inc., was asked to analyze and compare normal and post-disaster design requirements as per the 2006 Ontario Building Code for residential buildings, to identify potential new business opportunities.

Learning objectives: 

The learning objective of this case is to identify the essential differences between post-disaster and residential requirements. The case will give students the opportunity to evaluate dead, live, snow, wind, and earthquake loads in a residence structure design. It could also be used to teach aspects of construction techniques that differ between building classifications and analyze the economic, social, and environmental impacts of construction techniques to identify the option with the least impact.

Key words: 
Structural Steel; Post-Disaster Buildings; shape factor; Constructability; Importance Factor
CEAB attributes: 
Module 01 - Case Study
Module 02 - Load Analysis (Restricted to educators only)
Module 03 - Constructability & Impacts (Restricted to educators only)
Module TN - Teaching note (Restricted to educators only)

Request This Case!

If you would like to see more information on this case study, click here

You can request this case study and a WCDE staff member will get back to you.