All Stories

  1. Macromolecular microfluidic concentrators
  2. CORONAVIRUS PEPLOMER INTERACTION
  3. Hydrodynamic interaction within star-branched macromolecules
  4. Macromolecular complex viscosity from space-filling equilibrium structure
  5. Hydrodynamic interaction within canonical macromolecular structures
  6. Coronavirus pleomorphism
  7. Hydrodynamic interaction and complex viscosity of multi-bead rods
  8. Complex viscosity of poly[n]catenanes including olympiadanes
  9. Complex viscosity of graphene suspensions
  10. Complex viscosity of star-branched macromolecules from analytical general rigid bead-rod theory
  11. Confinement and complex viscosity
  12. Peplomer bulb shape and coronavirus rotational diffusivity
  13. Referee acknowledgment for 2020
  14. Coronavirus rotational diffusivity
  15. Cole–Cole relation for long-chain branching from general rigid bead–rod theory
  16. Stress growth shearfree flow from the Oldroyd 8-constant framework
  17. Zero-shear viscosity of Fraenkel dumbbell suspensions
  18. Large-amplitude oscillatory shear flow loops for long-chain branching from general rigid bead-rod theory
  19. Van Gurp–Palmen relations for long-chain branching from general rigid bead-rod theory
  20. Pattern method for higher harmonics of first normal stress difference from molecular orientation in oscillatory shear flow
  21. Series expansion for normal stress differences in large-amplitude oscillatory shear flow from Oldroyd 8-constant framework
  22. Pattern method for higher harmonics from macromolecular orientation in oscillatory shear flow
  23. Complex viscosity of helical and doubly helical polymeric liquids from general rigid bead-rod theory
  24. Unidirectional large-amplitude oscillatory shear flow of human blood
  25. Small-angle light scattering in large-amplitude oscillatory shear
  26. Macromolecular architecture and complex viscosity
  27. Exact Analytical Durometer Hardness Scale Interconversion
  28. Bubble growth from first principles
  29. Polymer Fluid Dynamics: Continuum and Molecular Approaches
  30. Temperature rise in a verging annular die