Characterizing the Impact of Shear Induced Crystallization on a Polymer Melt

Characterizing the Impact of Shear Induced Crystallization on a Polymer Melt


In this webinar, we explore characterizing the impact of shear induced crystallization on a polymer melt. 

Understanding the morphology is critical in polymer rheology as the degree of crystallization can impact various material properties. Solidification of a semi-crystalline polymer is more impacted by increase in crystallinity, than by decrease in temperature, which impacts the flowability of the polymer.Understanding how to characterize and control this behavior is important from a processing standpoint.  Despite its importance, this field of study struggles with the ability to accurately measure the rheology and evolution of the crystalline structure in-situ.  However, in most cases, the two behaviors are measured on separate devices. In this work, an optical module was adapted to a rotational rheometer. This combination allows characterizing the viscoelastic properties of a material, while changes in the morphology can be studied through microscopic imaging, in the form of pictures or videos.







Fecha: 1969-12-31, 20:00 - 20:00 (EST UTC-05:00)
Idioma: English
Instructor: Mr. James Eickhoff

Mr. James Eickhoff has over twelve years of rheology experience.  He is currently a Senior Product Specialist at Anton Paar USA where much of his time is spent helping customers optimize use of their MCR Rheometer and RheoCompass software. James received his Bachelor's degree in Chemical Engineering from Michigan Technological University and his Master's degree in Chemical Engineering from Clemson University.

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