Weekly News
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Uncertainty Quantification of Powder Bed Fusion process simulation
- March 3, 2022
- Posted by: Leo
- Category: Weekly News
No CommentsApplication of uncertainty quantification analysis to thermomechanical part-scale simulations of powder bed fusion additive manufacturing processes.
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Calibration of material properties of self-expandable devices for TAVI
- July 9, 2021
- Posted by: Leo
- Category: Weekly News
The calibration of Nitinol constitutive parameters of TAVI devices starting from experimental radial force tests is important to perform in-silico tests.
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An immersed boundary approach for residual stress evaluation in SLM processes
- June 18, 2021
- Posted by: Leo
- Category: Weekly News
The article “An immersed boundary approach for residual stress evaluation in selective laser melting processes” has been recently published on Additive Manufacturing journal.
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First prototype of an infusion device
- May 7, 2021
- Posted by: Leo
- Category: Weekly News
The first prototype of the innovative intravenous infusion device created within the DSF project has been successfully tested.
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dECM-based bioink for liver 3d printing
- April 23, 2021
- Posted by: Leo
- Category: Weekly News
Development of an optimized decellularized extracellular matrix-based bioink for liver 3D printing applications.
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Ex-vivo experiments for characterization of cardiovascular tissues and structures
- April 1, 2021
- Posted by: Leo
- Category: Weekly News
Experimental evaluation of stent-graft implant on the aortic biomechanics.
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Innovative Water Based 3D Printing
- March 12, 2021
- Posted by: Leo
- Category: Weekly News
The focus of 3D printing is shifting towards innovative and advanced materials. To cope with it, equally innovative 3D printing technologies should be developed. Robocasting could be an answer to this problem.
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Numerical methods for fluid-structure interactions
- February 24, 2021
- Posted by: Leo
- Category: Weekly News
Our PhD student, Ahmed AISSA BERRAIES, compares the Quasi-Newton QS-LS stabilization method against the Fixed-point method in the partitioned approach for solving a fluid-structure interaction problem with high added mass effect. The Quasi-Newton method shows robustness and superior performance, which allows for solving more complex problems of high non-linearity.
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Mechanical characterization of Myco-Advanced materials
- February 10, 2021
- Posted by: Leo
- Category: Weekly News
Biofabrication is a great chance for converting agro-industrial waste into renewable materials, alternative to petroleum-based ones. The mechanical characterization of myco-materials is fundamental for the design of targeted industrial products.
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3D printing polycaprolactone and hydroxyapatite
- February 4, 2021
- Posted by: Leo
- Category: Weekly News
3D printing polycaprolactone and hydroxyapatite composite scaffolds for bone tissue engineering and regenerative medicine.