1. Scaling behavior of the elastic properties of non-dilute MWCNT–epoxy suspensions

   • Fatemeh Khalkhal
   • Pierre J. Carreau

   Original Contribution 13 April 2011 Pages: 717 - 728

   

2. Reversed planar elongation of soft polymeric networks

   • Mette Krog Jensen
   • Henrik Koblitz Rasmussen
   • Ole Hassager

   Original Contribution 01 June 2011 Pages: 729 - 740

   

3. Normal stress differences in large-amplitude oscillatory shear flow for the corotational “ANSR” model

   • Alan Jeffrey Giacomin
   • Robert Byron Bird

   Original Contribution 03 June 2011 Pages: 741 - 752

4. Numerical study of chain conformation on shear banding using diffusive Rolie-Poly model

   • Changkwon Chung
   • Takashi Uneyama
   • Hiroshi Watanabe

   Original Contribution 21 May 2011 Pages: 753 - 766

   

5. Dependence of the dynamic moduli of heterogeneous nematic polymers on planar anchoring relative to flow direction

   • Eric P. Choate
   • M. Gregory Forest

   Original Contribution 08 June 2011 Pages: 767 - 778

   

6. Rheology of carbon black suspensions. IV. Effect of suspending media on the sol–gel transition behavior

   • Yuji Aoki

   Original Contribution 19 August 2011 Pages: 779 - 785

   

7. Rheology of carbon black suspensions. V. Heat-induced gelation and its reversibility

   • Yuji Aoki

   Original Contribution 24 June 2011 Pages: 787 - 793

   

8. TTS in LAOS: validation of time-temperature superposition under large amplitude oscillatory shear

   • Anja Vananroye
   • Pieter Leen
   • Christian Clasen

   Original Contribution 29 June 2011 Pages: 795 - 807

   

9. Anomalous rheology of polypyrrole nanoparticle/alginate suspensions: effect of solids volume fraction, particle size, and electronic state

   • Tuspon Thanpitcha
   • Zheng Li
   • Alexander M. Jamieson

   Original Contribution 29 June 2011 Pages: 809 - 823

   

10. Microstructure and magnetorheology of graphite-based MR elastomers

    • T. F. Tian
    • W. H. Li
    • Y. M. Deng

    Original Contribution 29 June 2011 Pages: 825 - 836

    

11. Analytic derivation of the Cox–Merz rule using the MLD “toy” model for polydisperse linear polymers

    • David W. Mead

    Original Contribution 12 May 2011 Pages: 837 - 866

    

12. Erratum to: Analytic derivation of the Cox–Merz rule using the MLD “toy” model for polydisperse linear polymers

    • Springer Production

    Erratum 21 September 2011 Pages: 867 - 867