An Introduction to the Rheology of Gelling Systems скачать в хорошем качестве

An Introduction to the Rheology of Gelling Systems

This webinar will cover in brief the rheological characteristics of a material undergoing the transition from liquid to solid. Starting at the principle of viscoelasticity, this webinar will outline the mechanical properties of a viscoelastic liquid, a viscoelastic solid, and measurement of the ‘gel point’ in between. What can we learn from the transition, and measuring the transiency itself – and what techniques are being developed that can rapidly assess the mechanical structure of a transient material. Our Special Guest: Dr. Alex Holder Dr. Alex Holder read Chemical Engineering at Swansea University and joined the Welsh Centre of Printing and Coating after completing his PhD in Nanotechnology. As a PhD student, he worked on validating advanced rheometric techniques such as Optimal Fourier Rheometry (OFR) and controlled stress parallel superposition (CSPS) while working closely with industrial partners on how these techniques might provide better data for their flow modelling. During his time at the WCPC, Alex was involved in the development of printed pressure sensors as well as developing advanced rheometric techniques to investigate fluid properties specifically of interest to printing. After a collaborative research project with the Complex Fluids Research Group at Swansea University Alex has returned to the WCPC and seeks to utilise advanced rheometric techniques to further understanding in the field of printed electronics as well as other complex biological and industrial rheological systems. Connect with NETZSCH Analyzing & Testing: Visit our website: https://analyzing-testing.netzsch.com/ Get deeper insights on our blog: https://analyzing-testing.netzsch.com... Find NETZSCH Analyzing & Testing on LinkedIn:   / netzsch-analyzing-testing   #NETZSCH #ProvenExcellence