Textes arbitrés :
[1] Desjardins, S., Poitras G. J., 2022. In-operation performance evaluation of damped light poles using fatigue life estimations. Engineering structures. Vol. 258: 114081, https://doi.org/10.1016/j.engstruct.2022.114081.
[2] Poitras G. J., Cormier G., A. Nabolle, 2021. Peloton dynamics optimization: Algorithm for discrete structural optimization. ASCE Journal of Structural Engineering, Vol.147(10):04021164, DOI:10.1061/(ASCE)ST.1943-541X.0003113.
[3] Leblanc B. É., Poitras G. J., Roy G., Brizzi L.-E., 2019. Aerodynamic analysis of the asynchronous phenomenon of a impinging jet on a concave surface.International Journal of Computational Fluid Dynamics. DOI: 10.1080/10618562.2019.1686141.
[4] Poitras G. J., Babineau A.*, Roy G., Brizzi L.-E. 2017. Aerodynamic and heat transfer analysis of an impinging jet on a concave surface.International Journal of Thermal Sciences. Vol. 114, pp. 184-195.
[5] Thibault R.*, Poitras G. J., 2017. Uncertainty evaluation of friction velocity measurements by Oil-Film Interferometry. Journal of Fluids Engineering. Vol.139(5):051401-051401-10. DOI:10.1115/1.4035461.
[6] Roy G, Gherasim I., Nadeau F.,Poitras G. J., Nguyen C.T. 2012. Heat transfer performance and hydrodynamic behaviour of turbulent nanofluid radial flows.International Journal of Thermal Sciences. Vol. 58, pp.120-129.
[7] d’Entremont F. , Poitras G. J., Laplante G., 2012. Composite reinforcement of L-spliced timber piles. Canadian Journal of Civil Engineering. Vol 39(6), pp 713-718.
[8] Cormier N. ,Cormier G., Poitras G. J., Brizzi L.-E., 2011. Critical Point Identification for PIV data using Multimodal Particle Swarm Optimization.International Journal for Numerical Methods in Fluids. DOI:10.1002/fld.2711.
[9] Poitras G. J., Cormier G., 2011. Wind Speed Prediction for a Target Station using Neural Networks and Particle Swarm Optimization.Wind Engineering. Vol.35, No.3, pp 369-380.
[10] Poitras G. J.,Lefrançois G., Cormier G., 2011. Optimization of Steel Floor Systems using a Particle Swarm Algorithm. Journal of Constructional Steel Research. Vol.67, pp 1225-1231.
[11] Poitras G. J., Poitras E. G., 2011. Implementation and Evaluation of a Cognitive Apprenticeship Approach to Civil Engineering. Engineering Education. Vol.6, No.1, pp 62-72.
[12] Brizzi L.-E., Poitras G. J., Gagnon Y., 2008. PIV measurements around 2D and 3D building models. International Journal of Engineering Systems Modelling and Simulation, Vol.1, No.1, pp 48-62.
[13] Gasset N., Poitras G. J., Gagnon Y., Brothers C., 2005. Study of Atmospheric Boundary Layer Flows over a Coastal Cliff, Journal of Wind Engineering, Vol. 29, No. 1.
[14] Poitras G. J., Brizzi L.-E., Gagnon Y., 2004. Structure of Channel Flows with Surface Mounted Ribs. Journal of Thermal Science, Vol.13, No.3, pp 213-219.
[15] Poitras G. J., Gagnon Y., 2003. Mixed Vortex-Finite Volume Method for the Computation of the Pressure Fields in Fluid Flows, International Journal of Computational Fluid Dynamics, Vol. 17, No. 6, pp. 487-497.
[16] Poitras G. J., Brizzi L.-E., Gagnon Y., 2003. Numerical and Experimental Visualization of the Flow over Bluff Bodies. Journal of Flow Visualization and Image Processing, Vol. 10, No. 1-2, pp. 27-48.
[17] Poitras G. J., Brizzi L.-E., Gagnon Y., 2000. Utilization of Different Variables for the Visualization of Fluid Flows: Application to Instantaneous Channel Flows. Journal of Thermal Science, Vol. 10, No. 2, pp116-122.
[18] Poitras G. J., Brizzi L.-E., Gagnon Y., 2000. Shedding of Discrete Vortices in the Shear Layer Behind a Bluff Body. Album of Visualization, No. 17, pp7-8.
[19] Poitras G. J., Brizzi L.-E., Blanchard L., Bousgarbiès J.-L., Gagnon Y., 1999. General Structure of the Two-Dimensional Flow Over an Obstacle. Album of Visualization, No. 16, pp11-12.
Textes avec comité de lecture :
[1] Poitras G. J., Cormier, G., Poitras E. G. , 2021. Online Education – Engineering Students’ Perspective. Proc. 2021 Canadian Engineering Education Association (CEEA2021), Charlottetown, PEI, Canada.
[2] Poitras G. J., Babineau A., Roy G., Brizzi L.-E., 2019. Heat transfer analysis of an impinging slot jet on a concave surface. Proc. 4th Thermal and Fluids Engineering Conference, Las Vegas, USA.
[3] Poitras G. J., Cormier G., A. Nabolle., 2018. Novel Optimization Algorithm for Composite Floor Systems: Peloton Dynamics Optimization (PDO). Proc. 2018 Annual Conference of the Canadian Society of Civil Engineering, Fredericton, Canada.
[4] Kenny, C., Poitras G. J., Cormier G., 2018. Optimization of Steel Unbraced Frame Systems in Multi-Storey Buildings. Proc. 2018 Annual Conference of the Canadian Society of Civil Engineering, Fredericton, Canada.
[5] Desjardins, S., Poitras G. J., McGinn, D., 2018. Modal Analysis and Damping of Bridge Light Poles. Proc. 2018 Annual Conference of the Canadian Society of Civil Engineering, Fredericton, Canada.
[6] Zhang, Z., Miao, B., Poitras G. J., Xun, Y., 2018. Effects of Sticky Rice on Compressive Strength of Cement Stucco Containing Lime and Slag. Proc. 2018 Annual Conference of the Canadian Society of Civil Engineering, Fredericton, Canada.
[7] Poitras G. J., Poitras E. G., 2016. Prerequisite evaluation of engineering skills. Proc. 2016 Canadian Engineering Education Association (CEEA2016), Halifax, Canada.
[8] Poitras G. J., Cormier G., Kenny C., Kéré A., 2014. Design of 3D steel towers using intelligent optimisation algorithms. Proc. 2014 Annual Conference of the Canadian Society of Civil Engineering, Halifax, Canada.
[9] Poitras G. J., Poitras E. G., 2013. Computer-based learning software for engineering students. Proc. 2013 Canadian Engineering Education Association (CEEA2013), Montréal, QC, Canada.
[10] Babineau, A., Poitras G. J., Roy G., 2011. Numerical comparison of an oscillating jet in a concave cavity. 6th OpenFOAM Workshop, PennState University, State College, USA.
[11] Babineau, A., Poitras G. J., Roy G., 2011. Unsteady Numerical Simulation of an Oscillating Jet inside a Concave Cavity. Proc. 23th Canadian Congress of Applied Mechanics, Vancouver, Canada.
[12] Poitras G. J., Poitras E. G., 2011. Implementation and Evaluation of a Cognitive Apprenticeship Approach to Civil Engineering. Proc. 2011 Canadian Engineering Education Association (CEEA2011), St-John’s, NL, Canada.
[13] Lefrançois, G., Poitras G. J., 2010. Optimization of Steel Floor Systems using a Genetic Algorithm. Proc. 37th Annual Conference of the Canadian Society of Civil Engineering, Winnipeg, Canada.
[14] Nadeau F., Roy G., Poitras G. J., Nguyen C.T., 2010. Augmentation du transfert thermique d’un jet impactant confiné en utilisant un nanofluide, Proc. Colloque International Francophone d’Énergitique et Mécanique (CIFEM2010), Saly, Sénégal.
[15] Roy G., Lecamp J., Poitras G. J., Brizzi L.-E., 2010. Heat transfer and fluid flow of nanofluids in turbulent radial flow cooling systems, Proc. 7th International Conference on Heat Transfer, Fluid Mechanics and Thermodynamics, Antalya, Turkey.
[16] Lefrançois G., Poitras G. J., Santara M., 2008. Vibration characteristics for one-way steel joist floor systems. Proc. 36th Annual Congress of the Canadian Society of Civil Engineering, Québec, Canada.
[17] Doucet D., Poitras G. J., Roy, G., 2007. Numerical study of the flow inside a cavity, Proc. 8th International Symposium on Experimental and Computational Aerothermodynamics of Internal Flows, Lyon, France.
[18] Thibault R., Gagnon Y., Poitras G.J., 2006. Power Potential of the Wind Resource of New Brunswick (Canada), Proc. European Wind Energy Conference (EWEC), Athène, Grèce.
[19] Poitras G. J., Brizzi L.-E., Gagnon Y., 2005. Analysis of the flow upstream of surface-mounted obstacles using PIV and POD. Proc. 5th Pacific Symposium on Flow Visualization and Image Processing, Queensland, Australie.
[20] Kenny C., Poitras G. J., Turkkan N., 2004. Evaluation of vibration characteristics for a one-way joist floor system. Proc. 32th Annual Congress of the Canadian Society of Civil Engineering, Saskatoon, Canada.
[21] Poitras G. J., Brizzi L.-E., Gagnon Y., 2003. Flow over Model Buildings with Sloped Roofs. Proc. 4thASM_JSME Joint Fluids Engineering Conference, Hawaii, USA.
[22] Gasset N., Poitras G. J., Gagnon Y., Brothers C., 2003. Atmospheric Boundary Layer Flows Over a Coastal Cliff, Proc. European Wind Energy Conference (EWEC), Madrid, Spain.
[23] Brizzi L.-E., David L., Calluaud D., Poitras G. J., 2003. Influence of the wind direction on the flow structure behind a building model. Proc. 4th Pacific Symposium on Flow Visualization and Image Processing, Chamonix, France.
[24] Poitras G. J., Brizzi L.-E., Gagnon Y., 2003. Study of the flow around model buildings using Particle Image Velocimetry (PIV). Proc. 31th Annual Congress of the Canadian Society of Civil Engineering, Moncton, Canada.
[25] Poitras G. J., Brizzi L.-E., Gagnon Y., 2001. Numerical and Experimental Visualization of the Flow over Bluff Bodies. Proc. 3rdPacific Symposium on Flow Visualization and Image Processing. Hawaii, USA, No. D1-3, ISBN 1-930746-01-6.
[26] Poitras G. J., Brizzi L.-E., Gagnon Y., 2000. Utilization of Different Variables for the Visualization of Fluid Flows: Application to Instantaneous Channel Flows. International Millenium Symposium on Thermal and Fluid Sciences, Xi’an, Chine, 6 p.
[27] Poitras G. J., Brizzi L.-E., Pecheux J., Gagnon Y., 2000. The Study of Fluid Flows in the Immediate Vicinity of Building Models. Proc. 9th International Symposium on Flow Visualization, Edinburgh, Écosse, http://www.ode-web.demon.co.uk/flow-visualization, paper 246, pp 246.1-246.10.
[28] Poitras G. J., Brizzi L.-E., Bousgarbiès J.-L., Gagnon Y., 1998. Numerical and Experimental Visualization of the Flow Over Obstacles. Proc 8th International Symposium on Flow Visualization, Sorrento, Italie, http://www.ode-web.demon.co.uk/flow-visualization, paper 232, pp 232.1-232.10.
[29] Poitras G. J., Gagnon Y., 1998. Calculation of Pressure Fields from Vortex-In-Cell Velocity Fields. Proc. Third International Workshop on Vortex Flows and Related Numerical Methods, Toulouse, France, p. 71.
[30] Poitras G. J., Gagnon Y., 1998. On the Simulation of Fluid Flows Over Obstacles. Proc Sixth Annual Conference of the Computational Fluid Dynamics Society of Canada, pp VIII.45-VIII.50.
[31] Poitras G. J., Gagnon Y., 1997. Numerical Simulation of the Flow over a Model Building. Proc. Fifth Annual Conference of the Computational Fluid Dynamics Society of Canada, pp 9.9-9.14.
Textes non arbitrés :
[1] Poitras G. J., 2021. Thermal Simulation of a Radiant Panel. Rapport technique de recherche (Fond PARI).
[2] Gagnon Y., Savoie R., Poitras G. J., Martin M., Im T., 1996. Sur la simulation numérique d’écoulements de fluides par des méthodes vortex. Comptes-rendus Colloque France-Acadie de Génie mécanique, Moncton, N.-B., Canada, pp 119-130.
[3] Desjardins, Serge et Poitras, Gérard, Modal analysis and first mode damping of the Confederation Bridge light poles, Technical Report, Strait Crossing Bridge Ltd., juin 2017 (30 pages).
[4] Desjardins, Serge et Poitras, Gérard, Operational modal analysis of the Confederation Bridge light poles, Rapport technique, Strait Crossing Bridge Ltd., juin 2018 (38 pages).
Exposition de travaux de visualisation scientifique :
[1] Poitras G. J., Brizzi L.-E., Gagnon Y., 2000. Shedding of Discrete Vortices in the Shear Layer Behind a Bluff Body. Annual Meeting of the Visualization Society of Japan.
[2] Poitras G. J., Brizzi L.-E., Blanchard L., Bousgarbiès J.-L., Gagnon Y., 1999. General Structure of the Two-Dimensional Flow Over an Obstacle. Annual Meeting of the Visualization Society of Japan.