Jornal of Rheology Publication Awardees

All award papers have open access. Click on the title to access the paper.

2025

Michael C. Burroughs¹, Yuanyi Zhang¹, Abhishek Shetty², Christopher M. Bates^1,3, Matthew E. Helgeson¹, and L. Gary Leal¹

¹Department of Chemical Engineering, University of California, Santa Barbara, ²Anton Paar USA, Inc., ³Department of Materials, University of California, Santa Barbara

Flow-concentration coupling determines features of nonhomogeneous flow and shear banding in entangled polymer solutions

J. Rheol. 67(1), 219–239 (2023)

2024

Claude Oelschlaeger, Jonas Marten, Florian Péridont, and Norbert Willenbacher

Karlsruhe Institute of Technology

Imaging of the microstructure of Carbopol dispersions and correlation with their macroelasticity: A micro- and macrorheological study

J. Rheol. 66(4), 749–760 (2022)

2023

Julie B. Hipp¹, Jeffrey J. Richards², and Norman J. Wagner¹

¹University of Delaware, ²Northwestern University

Direct measurements of the microstructural origin of shear-thinning in carbon black suspensions

J. Rheol. 65(2), 145-157 (2021)

2022

Kyle R. Lennon, Gareth H. McKinley and James W. Swan

Massachusetts Institute of Technology

Medium amplitude parallel superposition (MAPS) rheology. Part 1: Mathematical framework and theoretical examples

J. Rheol. 64(3), 551-579 (2020)

Kyle R. Lennon, Michela Geri, Gareth H. McKinley and James W. Swan

Massachusetts Institute of Technology

Medium amplitude parallel superposition (MAPS) rheology. Part 2: Experimental protocols and data analysis

J. Rheol. 64(5), 1263-1293 (2020)

2021

D. Renggli¹, A. Alicke¹, R. H. Ewoldt², and J. Vermant¹

¹ETH Zürich, ²University of Illinois at Urbana-Champaign

Operating windows for oscillatory interfacial shear rheology

J. Rheol. 64(1), 141-160 (2020)

2020

Abhinendra Singh¹, Romain Mari^2,3, Morton M. Denn¹, and Jeffrey F. Morris¹

¹CUNY City College of New York, ²University of Cambridge, ³Univ. Grenoble Alpes

A constitutive model for simple shear of dense frictional suspensions

J. Rheol. 62(2), 457-468 (2018)

2019

Charles Schroeder

University of Illinois at Urbana-Champaign

Single polymer dynamics for molecular rheology

J. Rheol. 62(1), 371-403 (2018)

2018

Flanco Zhuge, Laurence G. D. Hawke, Charles-Andre Fustin, Jean-Francois Gohy, and Evelyne van Ruymbeke

Université catholique de Louvain

Decoding the linear viscoelastic properties of model telechelic metallo-supramolecular polymers

J. Rheol. 61(6), 1245-1262 (2017)

2017

D. M. Hoyle and S. M. Fielding

University of Durham

Criteria for extensional necking instability in complex fluids and soft solids. Part I: Imposed Hencky strain rate protocol

J. Rheol. 60(6), 1347-1375 (2016)

2016

Jader Colombo¹ and Emanuela Del Gado^1,2

¹ETH Zürich, ²Georgetown University

Stress localization, stiffening, and yielding in a model colloidal gel

J. Rheol. 58(5), 1089-1116 (2014)

2015

Romain Mari, Ryohei Seto, Jeffrey F. Morris, and Morton M. Denn

City College of New York

Shear thickening, frictionless and frictional rheologies in non-Brownian suspensions

J. Rheol. 58(6), 1693-1724 (2014)

2014

Lavanya Mohan¹, Charlotte Pellet², Michel Cloitre², and Roger Bonnecaze¹

¹The University of Texas at Austin, ²ESPCI ParisTech

Local mobility and microstructure in periodically sheared soft particle glasses and their connection to macroscopic rheology

J. Rheol. 57(3), 1023-1046 (2013)

2013

Roseanna N. Zia and John F. Brady

California Institute of Technology

Microviscosity, microdiffusivity, and normal stresses in colloidal dispersions

J. Rheol. 56(5), 1175-1208 (2012)

2012

Ryan C. Kramb and Charles F. Zukoski

University of Illinois at Urbana-Champaign

Nonlinear rheology and yielding in dense suspensions of hard anisotropic colloids

J. Rheol. 55(5), 1069-1084 (2011)

2011

E. van Ruymbeke¹, E. B. Muliawan², S. G. Hatzikiriakos², T. Watanabe³, A. Hirao³, and D. Vlassopoulos⁴

¹FORTH and Université Catholique de Louvain, ²University of British Columbia, ³Tokyo Institute of Technology, ⁴FORTH and University of Crete

Viscoelasticity and extensional rheology of model Cayley-tree polymers of different generations

J. Rheol. 54(3), 643-662 (2010)

2010

Matthias Fuchs¹ and Michael E. Cates²

¹Universität Konstanz, ²University of Edinburgh

A mode coupling theory for Brownian particles in homogeneous steady shear flow

J. Rheol. 53(4), 957-1000 (2009)

2009

Sven Reynaert¹, Carlton F. Brooks², Paula Moldenaers¹, Jan Vermant¹, and Gerald G. Fuller³

¹K. U. Leuven, ²Sandia National Laboratories, ³Stanford Univeristy

Analysis of the magnetic rod interfacial stress rheometer

J. Rheol. 52(1), 261-285 (2008)

2008

Alexander Meyer, Andrew Marshall, Brian G. Bush, and Eric M. Furst

University of Delaware

Laser tweezer microrheology of a colloidal suspension

J. Rheol. 50(1), 77-92 (2006)

2007

C. Clasen¹, J. P. Plog¹, W.-M. Kulicke¹, M. Owens², C. Macosko², L. E. Scriven², M. Verani³, and G. H. McKinley³

¹University of Hamburg, ²University of Minnesota, ³Massachusetts Institute of Technology

How dilute are dilute solutions in extensional flows?

J. Rheol. 50(6), 849-881 (2006)

2006

M. W. Collis¹, A. K. Lele¹, M. R. Mackley¹, R. S. Graham², D. J. Groves², A. E. Likhtman², T. M. Nicholson², O. G. Harlen², T. C. B. McLeish², L. R. Hutchings³, C. M. Fernyhough⁴, and R. N. Young⁴

¹University of Cambridge, ²University of Leeds, ³University of Durham, ⁴University of Sheffield

Constriction flows of monodisperse linear entangled polymers: Multiscale modeling and flow visualization

J. Rheol. 49(2), 501-522 (2005)

2005

Steven P. Meeker¹, Roger T. Bonnecaze², and Michel Cloitre¹

¹ESPCI, ²University of Texas at Austin

Slip and flow in pastes of soft particles: Direct observation and rheology

J. Rheol. 48(6), 1295-1320 (2004)

2004

Rui Zhao and Christopher W. Macosko

University of Minnesota

Slip at polymer-polymer interfaces: Rheological measurements on coextruded multilayers

J. Rheol. 46(1), 145-167 (2002)

2003

K. Krishnan¹, B. Chapman¹, F. S. Bates¹, T. P. Lodge¹, K. Almdal², and W. R. Burghardt³

¹University of Minnesota, ²Risø National Laboratory, ³Northwestern University

Effects of shear flow on a polymeric bicontinuous microemulsion: Equilibrium and steady state behavior

J. Rheol. 46(2), 529-554 (2002)

2002

T. Thiele¹, J.-F. Berret¹, S. Müller², and C. Schmidt²

¹Universite de Montpellier II, ²Universitat Freiburg

Rheology and nuclear magnetic resonance measurements under shear of sodium dodecyl sulfonate/decanol/water nematics

J. Rheol. 45(1), 29-48 (2001)

2001

G. Hay, K. M. Awati, and Y. Park, and M. E. Mackay

The University of Queensland

Pressure and temperature effects in slit rheometry

J. Rheol. 43(5), 1099-1116 (1999)

2000

D. J. Pine, Y. T. Hu, P. Boltenhagen, and E. Matthys

University of California, Santa Barbara

Shear thickening in low-concentration solutions of worm-like micelles. I. Direct visualization of transient behavior and phase transitions

J. Rheol. 42(5), 1185-1208 (1998)

Shear-thickening In low-concentration solutions of worm-like micelles. II. Slip, fracture, and stability of the shear-induced phase

J. Rheol. 42(5), 1209-1226 (1998)

1999

T. C .B. McLeish¹ and R. G. Larson²

¹University of Leeds, ²University of Michigan

Molecular constitutive equations for a class of branched polymers: The pom-pom polymer

J. Rheol. 42(1), 81-110 (1998)

1998

M. J. MacDonald and S. J. Muller

University of California, Berkeley

Experimental study of shear-induced migration of polymers in dilute solutions

J. Rheol. 40(2), 259-283 (1996)

1997

I. Vinckier, P. Moldenaers, and J. Mewis

K.U. Leuven

Relationship between rheology and morphology of model blends in steady shear

J. Rheol. 40(4), 613-631 (1996)

1996

L. B. Chen¹, B. J. Ackerson², and C. F. Zukoski¹

¹University of Illinois, ²Oklahoma State University

Rheological consequences of microstructural transitions in colloidal crystals

J. Rheol. 38(2), 193-216 (1994)

1995

T. Annable, R. Buscall, R. Ettelaie, and D. Whittlestone

ICI Corporate Colloid Science Group, UK

The rheology of solutions of associating polymers: Comparison of experimental behavior with transient network theory

J. Rheol. 37(4), 695-726 (1993)

1994

S. G. Hatzikiriakos and J. M. Dealy

McGill University

Wall slip of molten high density polyethylenes. II. Capillary rheometer studies

J. Rheol. 36(4), 703-741 (1992)

Role of slip and fracture in the oscillating flow of HDPE in a capillary

J. Rheol. 36(5), 845-884 (1992)

Journal of Rheology Publication Awardees

2025

Michael C. Burroughs1, Yuanyi Zhang1, Abhishek Shetty2, Christopher M. Bates1,3, Matthew E. Helgeson1, and L. Gary Leal1

1Department of Chemical Engineering, University of California, Santa Barbara, 2Anton Paar USA, Inc., 3Department of Materials, University of California, Santa Barbara

2024

Claude Oelschlaeger, Jonas Marten, Florian Péridont, and Norbert Willenbacher

Karlsruhe Institute of Technology

2023

Julie B. Hipp1, Jeffrey J. Richards2, and Norman J. Wagner1

1University of Delaware, 2Northwestern University

2022

Kyle R. Lennon, Gareth H. McKinley and James W. Swan

Massachusetts Institute of Technology

Kyle R. Lennon, Michela Geri, Gareth H. McKinley and James W. Swan

Massachusetts Institute of Technology

2021

D. Renggli1, A. Alicke1, R. H. Ewoldt2, and J. Vermant1

1ETH Zürich, 2University of Illinois at Urbana-Champaign

2020

Abhinendra Singh1, Romain Mari2,3, Morton M. Denn1, and Jeffrey F. Morris1

1CUNY City College of New York, 2University of Cambridge, 3Univ. Grenoble Alpes

2019

Charles Schroeder

University of Illinois at Urbana-Champaign

2018

Flanco Zhuge, Laurence G. D. Hawke, Charles-Andre Fustin, Jean-Francois Gohy, and Evelyne van Ruymbeke

Université catholique de Louvain

2017

D. M. Hoyle and S. M. Fielding

University of Durham

2016

Jader Colombo1 and Emanuela Del Gado1,2

1ETH Zürich, 2Georgetown University

2015

Romain Mari, Ryohei Seto, Jeffrey F. Morris, and Morton M. Denn

City College of New York

2014

Lavanya Mohan1, Charlotte Pellet2, Michel Cloitre2, and Roger Bonnecaze1

1The University of Texas at Austin, 2ESPCI ParisTech

2013

Roseanna N. Zia and John F. Brady

California Institute of Technology

2012

Ryan C. Kramb and Charles F. Zukoski

University of Illinois at Urbana-Champaign

2011

E. van Ruymbeke1, E. B. Muliawan2, S. G. Hatzikiriakos2, T. Watanabe3, A. Hirao3, and D. Vlassopoulos4

1FORTH and Université Catholique de Louvain, 2University of British Columbia, 3Tokyo Institute of Technology, 4FORTH and University of Crete

2010

Matthias Fuchs1 and Michael E. Cates2

1Universität Konstanz, 2University of Edinburgh

2009

Sven Reynaert1, Carlton F. Brooks2, Paula Moldenaers1, Jan Vermant1, and Gerald G. Fuller3

1K. U. Leuven, 2Sandia National Laboratories, 3Stanford Univeristy

2008

Alexander Meyer, Andrew Marshall, Brian G. Bush, and Eric M. Furst

University of Delaware

2007

C. Clasen1, J. P. Plog1, W.-M. Kulicke1, M. Owens2, C. Macosko2, L. E. Scriven2, M. Verani3, and G. H. McKinley3

1University of Hamburg, 2University of Minnesota, 3Massachusetts Institute of Technology

2006

M. W. Collis1, A. K. Lele1, M. R. Mackley1, R. S. Graham2, D. J. Groves2, A. E. Likhtman2, T. M. Nicholson2, O. G. Harlen2, T. C. B. McLeish2, L. R. Hutchings3, C. M. Fernyhough4, and R. N. Young4

1University of Cambridge, 2University of Leeds, 3University of Durham, 4University of Sheffield

2005

Steven P. Meeker1, Roger T. Bonnecaze2, and Michel Cloitre1

1ESPCI, 2University of Texas at Austin

2004

Rui Zhao and Christopher W. Macosko

University of Minnesota

2003

K. Krishnan1, B. Chapman1, F. S. Bates1, T. P. Lodge1, K. Almdal2, and W. R. Burghardt3

1University of Minnesota, 2Risø National Laboratory, 3Northwestern University

2002

T. Thiele1, J.-F. Berret1, S. Müller2, and C. Schmidt2

1Universite de Montpellier II, 2Universitat Freiburg

2001

G. Hay, K. M. Awati, and Y. Park, and M. E. Mackay

The University of Queensland

2000

D. J. Pine, Y. T. Hu, P. Boltenhagen, and E. Matthys

Michael C. Burroughs¹, Yuanyi Zhang¹, Abhishek Shetty², Christopher M. Bates^1,3, Matthew E. Helgeson¹, and L. Gary Leal¹

¹Department of Chemical Engineering, University of California, Santa Barbara, ²Anton Paar USA, Inc., ³Department of Materials, University of California, Santa Barbara

Julie B. Hipp¹, Jeffrey J. Richards², and Norman J. Wagner¹

¹University of Delaware, ²Northwestern University

D. Renggli¹, A. Alicke¹, R. H. Ewoldt², and J. Vermant¹

¹ETH Zürich, ²University of Illinois at Urbana-Champaign

Abhinendra Singh¹, Romain Mari^2,3, Morton M. Denn¹, and Jeffrey F. Morris¹

¹CUNY City College of New York, ²University of Cambridge, ³Univ. Grenoble Alpes

Jader Colombo¹ and Emanuela Del Gado^1,2

¹ETH Zürich, ²Georgetown University

Lavanya Mohan¹, Charlotte Pellet², Michel Cloitre², and Roger Bonnecaze¹

¹The University of Texas at Austin, ²ESPCI ParisTech

E. van Ruymbeke¹, E. B. Muliawan², S. G. Hatzikiriakos², T. Watanabe³, A. Hirao³, and D. Vlassopoulos⁴

¹FORTH and Université Catholique de Louvain, ²University of British Columbia, ³Tokyo Institute of Technology, ⁴FORTH and University of Crete

Matthias Fuchs¹ and Michael E. Cates²

¹Universität Konstanz, ²University of Edinburgh

Sven Reynaert¹, Carlton F. Brooks², Paula Moldenaers¹, Jan Vermant¹, and Gerald G. Fuller³

¹K. U. Leuven, ²Sandia National Laboratories, ³Stanford Univeristy

C. Clasen¹, J. P. Plog¹, W.-M. Kulicke¹, M. Owens², C. Macosko², L. E. Scriven², M. Verani³, and G. H. McKinley³

¹University of Hamburg, ²University of Minnesota, ³Massachusetts Institute of Technology

M. W. Collis¹, A. K. Lele¹, M. R. Mackley¹, R. S. Graham², D. J. Groves², A. E. Likhtman², T. M. Nicholson², O. G. Harlen², T. C. B. McLeish², L. R. Hutchings³, C. M. Fernyhough⁴, and R. N. Young⁴

¹University of Cambridge, ²University of Leeds, ³University of Durham, ⁴University of Sheffield

Steven P. Meeker¹, Roger T. Bonnecaze², and Michel Cloitre¹

¹ESPCI, ²University of Texas at Austin

K. Krishnan¹, B. Chapman¹, F. S. Bates¹, T. P. Lodge¹, K. Almdal², and W. R. Burghardt³

¹University of Minnesota, ²Risø National Laboratory, ³Northwestern University

T. Thiele¹, J.-F. Berret¹, S. Müller², and C. Schmidt²

¹Universite de Montpellier II, ²Universitat Freiburg

T. C .B. McLeish¹ and R. G. Larson²

¹University of Leeds, ²University of Michigan

L. B. Chen¹, B. J. Ackerson², and C. F. Zukoski¹

¹University of Illinois, ²Oklahoma State University