Performance-Targeted Hybrid Multistory Buildings for Resilient and Sustainable Construction
Start Date: Not Started
Duration: 5 Years
This project is a preliminary step in developing cost-effective and performance-targeted hybrid structural solutions for lateral load resisting systems (LLRSs) of multistory buildings to resist extreme loads. Focusing on masonry-based hybrid frame-wall dual (HFWD) system and hybrid frame-wall bracing (HFWB) system, the proposed project aims to improve our knowledge and understanding of these systems' structural behavior, and developing pertinent analysis models, performance evaluation tools, and rational design methods or guidelines, in both contexts of conventional prescriptive design and modern performance-based design.
research team
funding sources
NSERC
industry partners
Canada Masonry Design Centre, Masonry Contractors Association of Alberta
cic research focus areas
Decision Support SystemsDesign and PlanningHealth and SafetyProductivity and PerformanceSimulation ModelingSustainability and the EnvironmentSystems and Data Integration
research keywords
Hazard ResilienceMasonryMasonry-Based Hybrid SystemPerformance-Based DesignSteel ConstructionTimber Engineering

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