Structural modeling and testing of a concrete canoe |
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| Authors: | F Paradis G Gendron |
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| Institution: | aCRIB-Department of Civil Engineering Université Laval, Ste-Foy, Canada G1 K 7P4;bGIREF-Departement of Mechanical Engineering, Université Laval, Ste-Foy, Canada G1 K 7P4 |
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| Abstract: | A finite element model is set up and experimental tests are performed to help understand the behavior of a concrete canoe and subsequently optimize its design. First, the performance criteria that must be satisfied to participate at the annual ASCE/Master Builders competition are described. Then, the finite element model and the different loading cases that were studied are presented. Results from these loading cases are discussed and used to optimize the material properties as well as the thickness of the hull and the dimensions of the gunwale and reinforcing ribs. Static and dynamic experimental tests were also conducted to validate the results of the finite element analyses. The results indicate that the main stresses and strains are caused by the static load cases. The additional stresses caused during races are small. |
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| Keywords: | Canoe Lightweight concrete Design criteria Finite element model Laminate design Experimental measurements |
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