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Thibaud PINTIAUX
Thibaud PINTIAUX
PhD. student at INPT-ENSIACET, INRA (Laboratoire de chimie agroindustrielle UMR1010) - The Green
Verified email at ensiacet.fr
Title
Cited by
Cited by
Year
Binderless materials obtained by thermo-compressive processing of lignocellulosic fibers: A comprehensive review
T Pintiaux, D Viet, V Vandenbossche, L Rigal, A Rouilly
BioResources 10 (1), 1915-1963, 2015
812015
High pressure compression-molding of α-cellulose and effects of operating conditions
T Pintiaux, D Viet, V Vandenbossche, L Rigal, A Rouilly
Materials 6 (6), 2240-2261, 2013
382013
Cellulose consolidation under high-pressure and high-temperature uniaxial compression
T Pintiaux, M Heuls, V Vandenbossche, T Murphy, R Wuhrer, ...
Cellulose 26, 2941-2954, 2019
162019
Hydrophobic cellulose-based materials obtained by uniaxial high pressure compression: in-situ esterification with fatty acids and fatty anhydrides
T Pintiaux, F Laourine, G Vacamedina, A Rouilly, J Peydecastaing
BioResources 10 (3), 4626-4640, 2015
32015
Etude d’un procédé de mise en forme de matières naturelles lignocellulosiques par thermocompression uniaxiale haute pression
T Pintiaux
École Doctorale Sciences de la Matière (Toulouse); 154236152, 2015
22015
Characterization of date palm lignocellulosic by-products and self-bonded composite materials
A Rouilly, N Saadaoui, K Fares, T PINTIAUX
22012
Study of a high-pressure uniaxial thermocompression process for the molding of natural lignocellulosic materials
T Pintiaux
Institut National Polytechnique de Toulouse-INPT, 2015
2015
High pressure compression molding of pure cellulose as a potential way towards the production of biomaterials: pressure-volume-temperature behaviour, mechanical properties …
T Pintiaux, B Jallabert, GV Medina, A Rouilly
EPNOE 2013 International Polysaccharide Conference, 2013
2013
Effect of pre-treatment in thermo-mechanico-chemical reactor on self bonding capacity of lignocellulosic materials
A Mogni, T Pintiaux, J Albert, A Rouilly, PY Pontalier
9. International Conference on Renewable Resources & Biorefineries, np, 2013
2013
High pressure compression molding of pure cellulose as a potential way towards the production of biomaterials: pressure-volume-temperature behaviour, mechanical properties …
A Rouilly, T PINTIAUX, B Jallabert, G Vaca Medina
2013
Effects of a high pressure compression-molded process and its parameters on the mechanical properties of compressed α-cellulose
T Pintiaux, G Vaco-Medira, D Viet, L Rigal, A Rouilly
3. International Cellulose Conference (ICC 2012), np, 2012
2012
Valorization of palm date by-products as self-bonded materials
N Saadaoui, A Rouilly, K Fares, T Pintiaux, L Rigal
8. International Conference on Renewable Resources and Biorefineries, np, 2011
2011
Binderless Materials Obtained by Thermo-Compressive Processing of Lignocellulosic Fibers: A Comprehensive
T Pintiaux, D Viet, V Vandenbossche, L Rigal, A Rouilly
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