Evolution of Bridge Live Load Models and Truck Weight Limits:The Case of Manitoba, Canada

Author:

Pushka Amanda1,Regehr Jonathan D1,Mufti Aftab2,Algohi Basheer Hasan2,Fiorillo Graziano3

Affiliation:

1. University of Manitoba, 8664, Winnipeg, Canada, R3T 2N2;

2. Structural Innovation and Monitoring Technologies Resource Centre, Winnipeg, Canada;

3. University of Manitoba, 8664, Civil Engineering, Winnipeg, Manitoba, Canada, R3T 2N2;

Abstract

Truck size and weight regulations have been a key instrument used to improve trucking productivity, safety, and operational performance in Canada. In response to these changes, bridge design codes undergo modifications to envelop the potential range of trucks in operation. A five-decade timeline is presented: (1) to document how bridge codes and their live load models have evolved, with a focus on the Manitoba-specific HSS-25 truck, and (2) to discuss how responsive bridge design codes have historically been to changes in truck size and weight regulations. While at times bridge codes are released in conjunction with expected regulation changes, there is often delay in the issuance of revised bridge design and evaluation codes. Assessments of the current truck fleet, which now includes long combination vehicles (LCVs), may be a consideration for future bridge design live load models.

Publisher

Canadian Science Publishing

Subject

General Environmental Science,Civil and Structural Engineering

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