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Skip to Search Results- 1Antoun, Sylvie
- 1Attard, Erica
- 1Dworkin, Seth B.
- 1Hatefraad, Pedram
- 1Hogan, James D.
- 1Javad, Abedinilaksar Mohmmad
- 1Additive manufacturing
- 1Convolutional neural network
- 1Deep learning
- 1Electromechanical properties
- 1Euler-Bernoulli Beam
- 1Finite element analysis
Results for "Structural Engineering Reports"
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Vibration Characteristics of a Ring Under General Boundary Conditions using Euler-Bernoulli and Timoshenko Theories
Download2022-06-01
Javad, Abedinilaksar Mohmmad, Jianming, Yang
Ring vibration analysis is more challenging than straight beams analysis. In straight beams, the structural deformations depend on rotational and translational displacements; however, in rings, in addition to these, they also depend on the coupled tangential displacement caused by the curvature of
frequencies and associated mode shapes of a ring under general boundary conditions. Both Euler-Bernoulli and Timoshenko theories are used in this work, and the corresponding results are compared. Part of the Proceedings of the Canadian Society for Mechanical Engineering International Congress 2022.
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Electromechanical Properties of 3D-Printed Smart Materials for Structural Health Monitoring
Download2022-06-01
Saleh, Menna A., Kempers, Roger, Melenka, Garrett W.
Smart materials with sensing capabilities are an exciting new technology that will impact many applications, including structural health monitoring (SHM), biomedical implants, wearable sensors, automotive, and actuators. Strain sensors (piezoresistive material) for SHM can be used to measure the in
-situ deformation by integrating the structural and sensing function into one component. Conductive polymer composites are being developed for SHM due to their flexibility, low cost, and low processing temperature. However, these materials are usually not durable and are difficult to repair. This study
deformation and electrical resistance. Part of Proceedings of the Canadian Society for Mechanical Engineering International Congress 2022.
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Field-Scale Experimental Analysis Of Helical Steel Piles As In-Ground Heat Exchangers For Ground Source Heat Pumps
Download2022-06-01
Attard, Erica, Antoun, Sylvie, Hatefraad, Pedram, Dworkin, Seth B.
stunted due to high initial costs, longer payback periods, and lesser return on investment. Helical steel piles, mainly used as structural foundations for buildings, have the potential to act as in-ground heat exchangers, producing higher efficiencies than conventional borehole systems at a lower cost
the results of the peak and steady state capacity tests as well as the limitations experienced. Part of Proceedings of the Canadian Society for Mechanical Engineering International Congress 2022.
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A finite element-convolutional neural network model (FE-CNN) for stress field analysis around arbitrary inclusions
Download2023-11-01
Rezasefat, Mohammad, Hogan, James D.
stress analysis such as structural engineering, material design, failure analysis, and multi-scale modeling.