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Rheological measurements in rotation (Parts 1-3) reflect the flow characteristics during the production process (e.g., agitation, pumping, pipe flows) as well as storage, transport, and applications (such as painting spraying or spreading). Part 4 focuses on measurements in oscillation mode. Rheological measurements in oscillation are used to characterize material and processing characteristics, storage stability, relaxation properties, softening, melting, gelatinization, networking, and hardening.
During this 4-part series we explain fundamental rheological concepts, introduce standard measurements to investigate flow and deformation behavior of various samples and connect rheological results to actual applications.
Part 1: Theoretical background and measurement of the dynamic shear viscosity
Run time: 24 minutes
Part 3: Viscoelasticity and creep recovery tests
Run time: 23 minutes
Part 2: Yield stress and the time-dependent flow behavior
Run time: 23 minutes
Part 4: Viscoelasticity and oscillatory tests
Run time: 17 minutes
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