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Ali Anwer
Ali Anwer
Bestätigte E-Mail-Adresse bei mail.utoronto.ca
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Zitiert von
Zitiert von
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Evolution of the coefficient of friction with surface wear for advanced surface textured composites
A Anwer, ZS Bagheri, G Fernie, T Dutta, HE Naguib
Advanced Materials Interfaces 4 (6), 1600983, 2017
402017
Multi-functional flexible carbon fiber composites with controlled fiber alignment using additive manufacturing
A Anwer, HE Naguib
Additive Manufacturing 22, 360-367, 2018
342018
Multifunctional textured surfaces with enhanced friction and hydrophobic behaviors produced by fiber debonding and pullout
R Rizvi, A Anwer, G Fernie, T Dutta, H Naguib
ACS applied materials & interfaces 8 (43), 29818-29826, 2016
262016
Effects of multi-functional surface-texturing on the ice friction and abrasion characteristics of hybrid composite materials for footwear
ZS Bagheri, AO Anwer, G Fernie, HE Naguib, T Dutta
Wear 418, 253-264, 2019
152019
Improving slip resistance on ice: surface-textured composite materials for slip-resistant footwear
ZS Bagheri, AA Anwer, G Fernie, HE Naguib, T Dutta
Proceedings of the 20th Congress of the International Ergonomics Association …, 2019
62019
Methods of manufacturing a high friction composite material for footwear
ZS Bagheri, AO Anwer, R Rizvi, HE Naguib, T Dutta, GR Fernie
US Patent 11,485,057, 2022
22022
Development of high density syntactic TPU foam by incorporation of expancel through extrusion
L Li, W Wang, A Anwer, M Anwer, Q Guo, A Kenny, H Naguib
Proceedings of the Annual Technical Conference—ANTEC, Anaheim, CA, USA, 8-10, 2017
12017
Composite handrails with reduced density carcass
Q Guo, AO Kenny, RA Butwell, JR Sabadin, J Wong, HE Naguib, W Wang, ...
US Patent App. 17/050,562, 2021
2021
Multifunctional surfaces produced using fiber debonding and pullout in composite materials
R Rizvi, A Anwer, H Naguib
Behavior and Mechanics of Multifunctional Materials and Composites 2017 …, 2017
2017
Advanced Multifunctional Micro-Textured Thermoplastic Elastomeric Fiber Composites
AO Anwer
University of Toronto (Canada), 2017
2017
Novel Production of Textured Carbon-Fiber composites with enhanced hydrophobicity
A Anwer
Bio-inspired Textured Composite Surfaces with Increased Hydrophobicity
A Anwer, R Rizvi, H Naguib
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