NETZSCH Future Days: May 16 – 19, 2022

Take part at the first digital NETZSCH Future Days from May 16 to 19, 2022 and learn about exciting themes from the fields of Pharmaceuticals & Life Science, Battery & Insulation, Smart Manufacturing & Smart Labs and Additive & Advanced Manufacturing

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NETZSCH Future Days: 16. – 19. Mai 2022

Die ersten digitalen NETZSCH Future Days finden vom 16. bis 19. Mai 2022 statt. Sie beleuchten aktuelle und zukünftige Trends aus den Bereichen Pharma & Life Science, Battery & Isolation, Smart Manufacturing & Smart Labs sowie Additive & Advanced Manufacturing.

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Material Science in Additive Manufacturing: Effects of fillers in Material Extrusion – Insights through Laser Flash Analysis

In the last episode, we ended with an explanation of the effect of fillers on rheology and processing. Today, we will talk about the effects such fillers can have on the part properties as well as processing using Laser Flash Analysis (LFA).

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Material Science in Additive Manufacturing: Melt Rheology in Material Extrusion Using Capillary Rheometry

In this episode, will correlate the results that are relevant for the filament extrusion to the melt rheology inside the material extrusion head using the capillary rheometer.

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Material Science in Additive Manufacturing: Relevant parameters for production of filament

Based on our past episode about analysis methods used in material extrusion (ME), we are going to talk about the relevant parameters for production of the filament used in ME today. Learn how to measure the shear-dependent viscosity using the ROSAND capillary rheometer.

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Material Science in Additive Manufacturing: Analysis Methods Used in Material Extrusion

Material extrusion is an additive manufacturing process in which material is selectively dispensed through a nozzle or orifice. Today, Dr. Natalie Rudolph will be focusing on analysis methods used in material extrusion (ME).

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Material Science in Additive Manufacturing: Melt Rheology in PBF Using Rotational Rheometry

In Powder bed fusion there is no flow and no shear rate. For powder coalescence, the local molecular motions and entanglements across the layers are important. So today, Dr. Natalie Rudolph will be focusing on the rotational rheometry.

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Material Science in Additive Manufacturing: Evaluation of Refreshing Strategy of PBF Powder using DSC

Today, Dr. Natalie Rudolph will talk about the refreshing strategy for Powder Bed Fusion powders using Differential Scanning Calorimetry. In this episode, not the part properties, but the properties of the powder will be investigated.

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Why the Effect of Anisotropic Fillers on Thermal Expansion is Process-Dependent

Fillers are added to a polymer matrix to improve the mechanical performance of the finished product. The orientation of such fillers depends on the processing conditions. Learn how the overall content, shape and orientation of copper fibers influence the coefficient of thermal volume expansion.

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Material Science in Additive Manufacturing: Measuring Thermal Diffusivity using LFA

Today, Dr. Natalie Rudolph will explain how the thermal diffusivity of a powder bed fusion part can be measured using Laser Flash Analysis (LFA) and how it can be computed in thermal conductivity.

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