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466 results on '"Tremblay F"'

6. MO-0136 Single Pre-Operative Radiation Therapy (SPORT-CK) trial for low-risk breast cancer: A Phase 2 study

Author

Mahmoud, D., primary, Alvarado, L., additional, Meterissian, S., additional, Anderson, D., additional, Lambert, C., additional, Tremblay, F., additional, Panet-Raymond, V., additional, Fleiszer, D., additional, Keyserlingk, J., additional, Otaky, N., additional, Loutfi, A., additional, David, M., additional, Duclos, M., additional, Saidi, A., additional, Ramia, P., additional, Yassa, M., additional, and Hijal, T., additional

Published
2023
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16. An Algorithm to Treat Flows Bounded by Arbitrarily Shaped Surfaces with Cartesian Meshes

Author

Tremblay, F., Friedrich, R., Hirschel, Ernst Heinrich, editor, Fujii, Kozo, editor, Haase, Werner, editor, van Leer, Bram, editor, Leschziner, Michael A., editor, Pandolfi, Maurizio, editor, Periaux, Jaques, editor, Rizzi, Arthur, editor, Roux, Bernard, editor, Wagner, Siegfried, editor, Rist, Ulrich, editor, Heinemann, Hans-Joachim, editor, and Hilbig, Reinhard, editor

Published
2002
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28. Effect of interannual climate variations on radial growth of jack pine provenances in Petawawa, Ontario

Author

Savva, Y., Bergeron, Y., Denneler, B., Koubaa, A., and Tremblay, F.

Subjects
Jack pine -- Growth -- Influence -- Research, Vegetation and climate -- Influence -- Research, Earth sciences, Company growth, Influence, Growth, Research
Abstract

Abstract: Effect of interannual climate variations on radial growth was compared among jack pine (Pinus banksiana Lamb.) of diverse geographical origins in a 41-year-old common-garden experiment in Petawawa, Ontario. Provenance [...]

Published
2008

43. Development of a phenomenological equation to predict tool wear in friction stir welding by steel grades in Al/Steel lap joining

Author

Tremblay, F., Nadeau, F., and St-Georges, L.

Abstract

Since its introduction in the industry, the amount of structures being joined by friction stir welding (FSW) are in progression. Even if low-melting point materials such as aluminium or magnesium represents the highest number of applications, this method can also successfully join materials with different melting point as in the case of aluminium to steel. As lightweigthing structures gained ground in the last few years and will still continue to grow, joining processes combining aluminium to steel effectively need to be developed further. When it comes down to join aluminium to steel, the most common configuration is lap joint which the FSW pin enters into the bottom sheet substrate, thus the steel material. In order to have a FSW tool that lasts a sufficient amount of time, the material needs to sustain high stresses and temperatures and still be affordable, such as WC-based tools. The wear rate of the tool used during the process needs to be known and understood as it dictates the applicability of the FSW method depending of the application. As an example, the sub-frame assembly of the Honda Accord 2013 is joined using aluminium to steel FSW lap joining. Be able to predict when the tool reaches a point where it is no longer effective to produce a sound weld can certainly help to evaluate tool life. Actually, a few papers have produced a series of equations or processes that can predict material losses but they are constraints at the application designed for and will be presented further. This study will assess FSW tool life prediction upon different material configurations, mainly steel grades as it impacts greatly the wear behavior of the tool., 12th International Friction Stir Welding (FSW) Symposium, June 26-28, 2018, Saguenay, QC, Canada

Published
2018

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