Überblick Rheologie behandelt das Fließverhalten von Materialien. Durch die Auswahl geeigneter Messmethoden können die Auswirkungen von Einflüssen wie Verformungsgeschwindigkeit, Zeit und Temperatur auf die mechanischen Eigenschaften komplexer Proben ermittelt werden. In diesem Webinar möchten wir Ihnen einen Einblick in die Grundlagen dieses spannenden Wissenschaftsfeldes geben.
Overview Maintaining the optimum viscosity of a molten material is key for efficiency and product quality of many industrial processes. Processing of melts at high temperatures is the basis for classical or additive manufacturing of many materials like glasses or metals. Molten slag or ash viscosity is essential for economically operating industrial gasification processes…
Overview Tribology is the study of friction between two interacting surfaces. Traditionally encompassing friction-based studies of lubrication and wear, the applications of this field has expanded into different industries such as food and beverage (e.g: quantify mouthfeel and texture), personal care (e.g: quantify skin-feel), asphalt (e.g: development of warm mix asphalt technologies) and rubbers…
Overview Discover how the new TRIOS AutoPilot software system enables you to standardize rheology workflow processes and decision-making. Combining thorough user-guidance, automated data processing, and decisional logic, AutoPilot reduces measurement variation, expedites tedious operations, and drives actionable decisions. Learn how you can join other organizations that have implemented these techniques to accelerate efficiency and…
Overview Rheology is the study of the flow and deformation of matter. In it, we relate stresses and strains for nearly all materials that we encounter in daily life, including biomaterials and biomedical devices. In this talk we will discuss applications of rheology fundamentals to testing biomaterials and biomedical devices. We will discuss the…
Overview During the formulation and manufacturing of polymeric materials for medical devices, the materials go through multiple stages and undergo many transformations. At each of these stages new additives might be added or the material is exposed to physical factors like heat which impacts the chemical nature of the ingredients. Subsequently, during the final product…
Overview Crude oil is typically extracted as a single organic liquid phase from the reservoir. However during transportation, a drop in the temperature can cause the higher molecular weight paraffins or waxes to separate into the solid phase. The temperature at which the first wax crystals appear during cooling is commonly known as the…
Overview Thermosetting materials, such as epoxy, have been widely applied in many areas including automotive, aerospace and electronics industries in the form of surface coating, structural adhesives, advanced composites and packaging materials. These kind of materials pose high mechanical strength, high temperature stability and good solvent resistance. Unlike thermoplastic polymers, the process of thermosets…
Overview The viscoelastic properties of polymers play a critical role in the different stages of polymer processing operations, whether it is melting and extrusion or the performance of the final product. On most polymer data sheets, these properties are presented in the form of a melt flow index. However, this simplistic approach is inherently…
Overview Have you been tasked with answering any of the following or similar questions? Will our product flow under these conditions? What are the optimal processing conditions? Will this formulation be accepted or rejected by our sensory panel? What is the working time for this adhesive? How strong is the final composite sample? Will…
Overview You will gain insight into the role of chemical characterization in newly modified EU Medical Device Regulations (EU MDR) impacting ISO 10993. This webinar highlights how you can leverage HRMS to overcome characterization challenges.
Overview In this webinar, we address applications of rheology fundamentals in the testing of biomaterials and biomedical devices. The discussion focuses on two approaches to rheological testing – unidirectional testing and dynamic oscillatory testing.