Ioanna Ch. Tsimouri

ETH Zurich — Switzerland

Chemical Engineering · Physical Sciences

7h-index166citations12works5.02yr avg
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Research Topics

Rheology and Fluid Dynamics Studies(6), Polymer crystallization and properties(5), Phase Equilibria and Thermodynamics(3), Blood properties and coagulation(3), Erythrocyte Function and Pathophysiology(3)

Publications12 total

Lightweight silicon and glass composites with submicron viscoelastic interlayers and unconventional combinations of stiffness and damping
Composites Part B Engineering·2024· 6 citedOpen Access
A Comparison between Predictions of the Miller–Macosko Theory, Estimates from Molecular Dynamics Simulations, and Long-Standing Experimental Data of the Shear Modulus of End-Linked Polymer Networks
Macromolecules·2024· 4 citedOpen Access
Correction: A constitutive hemorheological model addressing the deformability of red blood cells in Ringer solutions
Soft Matter·2022Open Access
A simulation-driven design approach to the manufacturing of stiff composites with high viscoelastic damping
Composites Science and Technology·2021· 22 cited
Monte Carlo Evidence on Simple Conventional Means to Characterize the Final Extent of Reaction of Cured End-Linked Polymer Networks through the Miller–Macosko Nonlinear Polymerization Theory
Macromolecules·2021· 6 cited
Two-species models for the rheology of associative polymer solutions: Derivation from nonequilibrium thermodynamics
Journal of Rheology·2020· 15 citedOpen Access
Comparative Experimental and Molecular Simulation Study of the Entropic Viscoelasticity of End-Linked Polymer Networks
Macromolecules·2020· 17 cited
Simple, Accurate and User-Friendly Differential Constitutive Model for the Rheology of Entangled Polymer Melts and Solutions from Nonequilibrium Thermodynamics
Materials·2020· 15 citedOpen Access
<strong>Simple, Accurate and User-Friendly Differential Constitutive Model for the Rheology of Entangled Polymer Melts and Solutions from Non-Equilibrium Thermodynamics</strong>
Preprints.org·2020· 7 citedOpen Access
A constitutive hemorheological model addressing the deformability of red blood cells in Ringer solutions
Soft Matter·2020· 9 citedOpen Access
A constitutive rheological model for agglomerating blood derived from nonequilibrium thermodynamics
Physics of Fluids·2018· 32 citedOpen Access
Flow-Induced Orientation and Stretching of Entangled Polymers in the Framework of Nonequilibrium Thermodynamics
Macromolecules·2016· 33 cited

Frequent Co-authors

Pavlos S. Stephanou(7), Vlasis G. Mavrantzas(5), Andrei A. Gusev(5), P.J. Hine(3), Walter Caseri(3), Fabian Schwarz(2), Samuel Montibeller(1), Leyla Kern(1), Ralph Spolenak(1), Stefano Danzi(1), T. Bernhard(1)