Stefan B. Lindström

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Tetsu UesakaProfessor Emeritus, Dept. Chemical Engineering, Mid Sweden UniversityE-mail confirmado em miun.se
Lars WågbergProfessor in Fibre Technology, KTH Royal Institute of TechnologyE-mail confirmado em kth.se
Artem KulachenkoProfessor at Royal Institute of Technology (KTH, Stockholm, Sweden)E-mail confirmado em kth.se
Anders KlarbringLinköping UniversityE-mail confirmado em liu.se
Joris SprakelAssociate Professor, Wageningen UniversityE-mail confirmado em wur.nl
Carl-Johan ThoreAssociate professor at Linköping UniversityE-mail confirmado em liu.se
Jelena AndricChalmers University of TechnologyE-mail confirmado em chalmers.se
Srdjan SasicMechanics and Maritime Sciences, ChalmersE-mail confirmado em chalmers.se
David A. WeitzProfessor of Physics and Applied Physics, Harvard UniversityE-mail confirmado em seas.harvard.edu
Håkan NilssonProfessor, Chalmers University of TechnologyE-mail confirmado em chalmers.se
Torbjörn PetterssonAssociate Professor, KTH Royal Institute of TechnologyE-mail confirmado em kth.se
Mahiar Max HamediProfessor KTH Royal InstituteE-mail confirmado em kth.se
Alireza HajianMassachusetts Institute of Technology (MIT)E-mail confirmado em mit.edu
Thomas E KodgerWageningen University and ResearchE-mail confirmado em wur.nl
Tobias BenselfeltKTH Royal Institute of TechnologyE-mail confirmado em kth.se
Ola SundmanResearcherE-mail confirmado em umu.se
Daniel LeidermarkLinköping UniversityE-mail confirmado em liu.se
Johan MoverareProfessor in Engineering Materials, Dept of Management and Engineering, Linköping University, SwedenE-mail confirmado em liu.se
Bandaru RamaraoSUNY ESFE-mail confirmado em esf.edu
Christophe PERGEPhD Student, ENS LyonE-mail confirmado em ens-lyon.fr

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Stefan B. Lindström

Professor, FSCN, Mid Sweden University

E-mail confirmado em miun.se - Página inicial

Paper Physics Biomaterials Soft Matter Metal Fatigue


Título Ordenar por citações Ordenar por ano Ordenar por título	Citado por Citado por	Ano
Colloidal Stability of Aqueous Nanofibrillated Cellulose Dispersions AB Fall, SB Lindström, O Sundman, L Ödberg, L Wågberg Langmuir 27 (18), 11332-11338, 2011	350	2011
Understanding the dispersive action of nanocellulose for carbon nanomaterials A Hajian, SB Lindstrom, T Pettersson, MM Hamedi, L Wågberg Nano letters 17 (3), 1439-1447, 2017	287	2017
Simulation of the motion of flexible fibers in viscous fluid flow SB Lindström, T Uesaka Physics of fluids 19 (11), 2007	201	2007
Stress enhancement in the delayed yielding of colloidal gels J Sprakel, SB Lindström, TE Kodger, DA Weitz Physical review letters 106 (24), 248303, 2011	177	2011
Biopolymer network geometries: Characterization, regeneration, and elastic properties SB Lindström, DA Vader, A Kulachenko, DA Weitz Physical Review E—Statistical, Nonlinear, and Soft Matter Physics 82 (5 …, 2010	157	2010
Structures, stresses, and fluctuations in the delayed failure of colloidal gels SB Lindström, TE Kodger, J Sprakel, DA Weitz Soft Matter 8 (13), 3657-3664, 2012	121	2012
Elastic properties of cellulose nanopaper A Kulachenko, T Denoyelle, S Galland, SB Lindström Cellulose 19 (3), 1-15, 2012	116	2012
A physical cross-linking process of cellulose nanofibril gels with shear-controlled fibril orientation AB Fall, SB Lindström, J Sprakel, L Wågberg Soft Matter 9 (6), 1852-1863, 2013	102	2013
Water drop friction on superhydrophobic surfaces P Olin, SB Lindström, T Pettersson, L Wagberg Langmuir 29 (29), 9079-9089, 2013	87	2013
Simulation of semidilute suspensions of non-Brownian fibers in shear flow SB Lindström, T Uesaka The Journal of chemical physics 128 (2), 024901, 2008	75	2008
3D network simulations of paper structure S Lavrykov, BV Ramarao, SB Lindström, KM Singh Nordic Pulp & Paper Research Journal 27 (2), 256-263, 2012	66	2012
Finite-strain, finite-size mechanics of rigidly cross-linked biopolymer networks SB Lindström, A Kulachenko, LM Jawerth, DA Vader Soft Matter 9 (30), 7302-7313, 2013	61	2013
Papermaking fibre-suspension flow simulations at multiple scales J Hämäläinen, SB Lindström, T Hämäläinen, H Niskanen Journal of engineering mathematics 71, 55-79, 2011	52	2011
A numerical investigation of the rheology of sheared fiber suspensions SB Lindström, T Uesaka Physics of fluids 21 (8), 2009	52	2009
Particle-level simulation of forming of the fiber network in papermaking SB Lindström, T Uesaka International Journal of Engineering Science 46 (9), 858-876, 2008	49	2008
Multiple yielding processes in a colloidal gel under large amplitude oscillatory stress T Gibaud, C Perge, SB Lindström, N Taberlet, S Manneville Soft Matter 12 (6), 1701-1712, 2016	48	2016
Topology optimization using a continuous-time high-cycle fatigue model S Suresh, SB Lindström, CJ Thore, B Torstenfelt, A Klarbring Structural and multidisciplinary optimization 61, 1011-1025, 2020	38	2020
Explaining the exceptional wet integrity of transparent cellulose nanofibril films in the presence of multivalent ions—Suitable substrates for biointerfaces T Benselfelt, M Nordenström, SB Lindström, L Wågberg Advanced Materials Interfaces 6 (13), 1900333, 2019	37	2019
Boundary condition considerations in lattice Boltzmann formulations of wetting binary fluids HS Wiklund, SB Lindström, T Uesaka Computer Physics Communications 182 (10), 2192-2200, 2011	37	2011
Self‐assembly of mechanoplasmonic bacterial cellulose–metal nanoparticle composites O Eskilson, SB Lindström, B Sepulveda, MM Shahjamali, P Güell‐Grau, ... Advanced Functional Materials 30 (40), 2004766, 2020	34	2020

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