Faculty profile
Haitham Aboshosha
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Research
Latest funding
- $150,000
Drone safety through drift-free GPS linked with real-time 3D wind speed
NSERC · 2025 · Principal investigator
- $30,000
Designing a robust structural mounting system for Vertical-Axis Wind Turbines (VAWT)
NSERC · 2024 · Principal investigator
- $25,000
Modelling and Behavior of Shear Walls in Mid-Rise Wood Buildings
NSERC · 2024 · Principal investigator
Drone safety through drift-free GPS linked with real-time 3D wind speed
Principal investigators: Aboshosha, Haitham
Keywords: Climate and atmosphere; Transportation systems and services
Designing a robust structural mounting system for Vertical-Axis Wind Turbines (VAWT)
Principal investigators: Aboshosha, Haitham H
Keywords: computational fluid dynamics (cfd); structural analysis; urban installation of wind turbines; vawt structural load; vertical axis wind turbine (vawt); wind turbine mounting system
Modelling and Behavior of Shear Walls in Mid-Rise Wood Buildings
Principal investigators: Aboshosha, Haitham H
Keywords: dynamic response of wood structures; finite element method; non-linear analysis; non-linear analysis of shear walls; shear wall coupling; shear wall design
Advanced Machine Learning Solutions for Predicting Wind Behavior Around Irregular Building Shapes to Enhance Urban Structural Safety and Resilience
Principal investigators: Aboshosha, Haitham H
Keywords: aerodynamic database; engineering solutions; machine learning; predictive modeling; structural safety; urban resilience
Enhancing urban energy solutions: Optimal integration of vertical axis wind turbines across gable, flat, skillion and lean-to roof configurations
Principal investigators: Aboshosha, Haitham H
Keywords: aerodynamic optimization; computational fluid dynamics (cfd); energy efficiency; renewable energy; roof configurations; urban installation of wind turbines; urban sustainability; vertical axis wind turbine (vawt); wind engineering; wind tunnel testing
Integrated Nonlinear Dynamic Analysis Platform for Performance-Based Wind Design
Principal investigators: Aboshosha, Haitham
Keywords: Structural engineering; Construction, urban and rural planning
Development of a Web-Based Predictive Algorithm for Wind Loads Analysis for U-shaped buildings to enhance Structural Safety and Resilience in Urban Environments
Principal investigators: Aboshosha, Haitham H
Keywords: aerodynamic database; building safety; predictive models; structural resilience; sustainable urban development; u-shaped buildings; wind engineering; wind tunnel testing
Towards implementing quantum computers for city-scale CFD simulations (application for drone safety and emission reduction)
Principal investigators: Aboshosha, Haitham H
Keywords: city-scale cfd; computational fluid dynamics (cfd); emission reduction; quantum algorithm; quantum computation; renewable energy
Towards performance-based design of tall buildings under wind actions
Principal investigators: Moradi, Saber S
Keywords: Dynamic Analysis; Non Linear Analysis; Performance Based Design; Structural Analysis; Structural Optimization
Non-linear performance of tall buildings under wind actions
Principal investigators: Aboshosha, Haitham H
From CIHR, NSERC and SSHRC funding decisions: CIHR since 2008, NSERC since 1991 and SSHRC since 1998, including their latest published competition results.
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