Faculty profile
Sergey Kravchenko
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Latest funding
- $90,000
Investigation of the role of non-locality in modelling the behaviour of composites and 3D-printed polymer structures using full-field holographic methods
NSERC · 2023 · Co-investigator
- $125,000
Non-destructive, probabilistic reconstruction of the fiber orientation distribution in compression molded fiber reinforced polymer composite based on thermal imaging and Bayesian inference
SSHRC · 2022 · Principal investigator
- $125,000
Non-destructive, probabilistic reconstruction of the fiber orientation distribution in compression molded fiber reinforced polymer composite based on thermal imaging and Bayesian inference
SSHRC · 2022 · Principal investigator
Investigation of the role of non-locality in modelling the behaviour of composites and 3D-printed polymer structures using full-field holographic methods
Principal investigators: Tabiai, Ilyass I
Keywords: caractérisation des composites; endommagement des composites; farbication additive; interférometrie; matériaux composites; méthodes holographique; modélisation des composites; modélisation non-locale; performance des composites; structures hétérogènes
Non-destructive, probabilistic reconstruction of the fiber orientation distribution in compression molded fiber reinforced polymer composite based on thermal imaging and Bayesian inference
Principal investigators: Kravchenko, Sergey
Keywords: Fiber reinforced polymer composite Fiber orientation state Compression molding Bayesian inference Discontinuous long fiber reinforced polymer composites Computer model emulation Statistical computing Gaussian processes Statistical machine learning
Non-destructive, probabilistic reconstruction of the fiber orientation distribution in compression molded fiber reinforced polymer composite based on thermal imaging and Bayesian inference
Principal investigators: Kravchenko, Sergey
Keywords: Fiber reinforced polymer composite; Fiber orientation state; Compression molding; Bayesian inference; Discontinuous long fiber reinforced polymer composites; Computer model emulation; Statistical computing; Gaussian processes; Statistical machine learning
Computer Vision for Inspection of Internal Composite Structure Developed in High-Throughput Manufacturing Processes
Principal investigators: Kravchenko, Sergey
Additive Manufacturing for Sustainable Supply Chain of Postpandemic
Principal investigators: Kravchenko, Sergey
Keywords: 3D printing; Fiber reinforced polymer composite; Plastic Recycling; Sustainability; Process modeling; Fatigue; Supply chain management; Circular economy; Fused filament fabrication
Additive Manufacturing for Sustainable Supply Chain of Postpandemic
Principal investigators: Kravchenko, Sergey
Keywords: 3D printing Fiber reinforced polymer composite Plastic Recycling Sustainability Process modeling Fatigue Supply chain management Circular economy Fused filament fabrication
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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