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Ghasan Doudak
Ghasan Doudak
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Analytical approach to establishing the elastic behavior of multipanel CLT shear walls subjected to lateral loads
D Casagrande, G Doudak, L Mauro, A Polastri
Journal of Structural Engineering 144 (2), 04017193, 2018
682018
Influence of high strain-rates on the dynamic flexural material properties of spruce–pine–fir wood studs
E Jacques, A Lloyd, A Braimah, M Saatcioglu, G Doudak, O Abdelalim
Canadian journal of civil engineering 41 (1), 56-64, 2014
592014
Experimental and analytical investigation of cross-laminated timber panels subjected to out-of-plane blast loads
M Poulin, C Viau, DN Lacroix, G Doudak
Journal of Structural Engineering 144 (2), 04017197, 2018
562018
Investigation of dynamic increase factors in light-frame wood stud walls subjected to out-of-plane blast loading
DN Lacroix, G Doudak
Journal of Structural Engineering 141 (6), 04014159, 2015
542015
Field determination and modeling of load paths in wood light-frame structures
G Doudak
McGill University, 2005
482005
Multipanel CLT shearwalls: An analytical methodology to predict the elastic-plastic behaviour
V Nolet, D Casagrande, G Doudak
Engineering Structures 179, 640-654, 2019
452019
Monitoring structural response of a wooden light-frame industrial shed building to environmental loads
G Doudak, G McClure, I Smith, L Hu, T Stathopoulos
Journal of structural engineering 131 (5), 794-805, 2005
442005
Investigating the behavior of light-frame wood stud walls subjected to severe blast loading
C Viau, G Doudak
Journal of Structural Engineering 142 (12), 04016138, 2016
402016
Determining the dynamic increase factor for glued-laminated timber beams
DN Lacroix, G Doudak
Journal of Structural Engineering 144 (9), 04018160, 2018
372018
Experimental and analytical investigation of FRP retrofitted glued-laminated beams subjected to simulated blast loading
DN Lacroix, G Doudak
Journal of Structural Engineering 144 (7), 04018089, 2018
372018
Behaviour and modelling of cross-laminated timber panels with boundary connections subjected to blast loads
C Viau, G Doudak
Engineering Structures 197, 109404, 2019
342019
Retrofit options for light-frame wood stud walls subjected to blast loading
DN Lacroix, G Doudak, K El-Domiaty
Journal of Structural Engineering 140 (4), 04013104, 2014
332014
Effects of high strain rates on the response of glulam beams and columns
DN Lacroix, G Doudak
Journal of Structural Engineering 144 (5), 04018029, 2018
322018
Investigating the behaviour of typical and designed wall-to-floor connections in light-frame wood stud wall structures subjected to blast loading
C Viau, G Doudak
Canadian Journal of Civil Engineering 43 (6), 562-572, 2016
322016
Structural characteristics of light-frame wood shear walls with various construction detailing
MM Bagheri, G Doudak
Engineering Structures 205, 110093, 2020
302020
Tests and finite element models of wood light‐frame shear walls with openings
G Doudak, I Smith, G McClure, M Mohammad, P Lepper
Progress in Structural Engineering and Materials 8 (4), 165-174, 2006
302006
A proposal for the capacity-design at wall-and building-level in light-frame and cross-laminated timber buildings
D Casagrande, G Doudak, A Polastri
Bulletin of Earthquake Engineering 17 (6), 3139-3167, 2019
282019
Experimental investigation of cross-laminated timber panels with realistic boundary conditions subjected to simulated blast loads
D Côté, G Doudak
Engineering Structures 187, 444-456, 2019
282019
Behavior and modeling of glulam beams with bolted connections subjected to shock tube–simulated blast loads
C Viau, G Doudak
Journal of Structural Engineering 147 (1), 04020305, 2021
272021
Towards enhancing the post-peak performance of glued-laminated timber beams using multi-directional fibre reinforced polymers
D Lacroix, G Doudak
Engineering Structures 215, 110680, 2020
262020
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