Frédérick Gosselin

Finite element neural network method: Bridging the gap between classical numerical methods and AI

Principal investigators: Gosselin, Frederick

Keywords: Engineering; Modelling and mathematical simulation of natural processes

Modelling and Diagnostic of Anomalies in Francis Turbines MD-FRANCIS

Principal investigators: Houde, Sebastien S

Keywords: anomaly detection; fluid-structure interactions; hydraulic turbine; reduced order models; simulations

Soft coral flexibility: its impact on hydrodynamic loads, feeding and a way to measure flow velocity

Principal investigators: Gosselin, Frédérick

Additive manufacturing technologies for high-performance and high-productivity of multifunctional composite structures and their sustainability for aerospace applications

Principal investigators: Therriault, Daniel D

Keywords: abradable thermosets; accurate prediction of properties; additive manufacturing; fused filament fabrication (fff); fused granulate fabrication (fgf); high-temperature thermoplastics; interface; life cycle analysis; short fiber-reinforced composites; six-axis robotic manufacturing

Digital Twins of hydroelectric generating units: AI insight from sensor data combined with physics-based simulation

Principal investigators: Gosselin, Frederick FP

Keywords: Digital twins; Dynamics and vibrations; Finite element analysis; Fluid-structure interaction; Hydro-electric turbines; Physics-informed neural networks; Proper generalized decomposition; Reduced-order modelling

Development, fabrication and testing of aerosol shield boxes to protect medical staff from COVID-19 during intubation procedures_x000d_

Principal investigators: Gosselin, Frederick

Mechanics of Slender Biological Structures

Principal investigators: Gosselin, Frédérick

Keywords: Biomechanics; Drag reduction by reconfiguration; Fluid-structure interactions; Flutter; Growth and morphogenesis; Mechanical instabilities; Mechanics of slender structures; Non-linear dynamics; Vortex-induced vibration

Vibration of fuel bundles subjected to combined axial and localized cross-flow

Principal investigators: Mureithi, Njuki

Frequency and vibration amplitude prediction of rotating discs subject to mode splitting

Principal investigators: Gosselin, Frederick

Investigation of the fluid-structure dynamics during transient operation of Francis turbines - Tr-FRANCIS

Principal investigators: Houde, Sébastien H