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Thermografie-Anwenderkonferenz „Forschung & Entwicklung“ (Webinar | Online)
Am 29. Oktober 2024 haben Interessenten und Thermografen aus Wissenschaft und Industrie die Gelegenheit, mehr über die Möglichkeiten der Thermografie im anspruchsvollen Tätigkeitsfeld der Forschung und Entwicklung zu erfahren. In der Anwenderkonferenz „Thermografie in Forschung und Entwicklung“ von InfraTec schildern Referenten anhand eigener Erfahrungen die Möglichkeiten der Thermografie in ihren Anwendungsgebieten. Teilnehmer erleben hautnah wozu Technik und Technologie derzeit im Stande sind, wie sich die Kameratechnik immer weiterentwickelt und welche Auswertemöglichkeiten modernste Software bietet. Gemeinsam mit den Referenten aus Industrie und Wissenschaft werden interessante Messaufgaben vorgestellt – mit dem Fokus auf Themen aus Forschung und Entwicklung. Zu welch vielseitiger Messmethode sich die Infrarotthermografie in den vergangenen Jahren entwickelt hat, verdeutlichen…
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Thermography and Digital Image Correlation – A Winning Team in the Materials and Components Testing (Webinar | Online)
In the field of materials testing, numerous methods have been established, including infrared thermography. But often, it is the combination of different methods that enables the desired results for component characterisation. Learn more about that combination in our upcoming online event. You can benefit from the simultaneous analysis of the thermal and mechanical behaviour of test specimens in the materials and components testing field. This is achieved by thermographic measurements using infrared cameras by InfraTec being integrated into the ARAMIS system by ZEISS/GOM – using digital image correlation (DIC). This includes common materials like e. g. metal, plastics and composite materials as well as the analysis of electronic power components.…
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Active Thermography in NDT – Advantages, Challenges, Opportunities (Schulung | Online)
InfraTec offers a special seminar „Active Thermography in NDT“ for thermography users with a corresponding professional orientation. It facilitates an efficient introduction to this NDT method. It also supports you in assessing for which of your concrete inspection tasks the various methods of active thermography, for example lock-in thermography or pulse-phase thermography, can best be used. We would like to familiarise you with active thermography in as clear a manner as possible, and in doing so, tie in directly with your experiences. Theoretical basics of active thermography Radiation physics: Thermographic measurement principle Thermodynamics: Transient heat flow, material property diffusivity Mathematics: Fourier transformation Equipment technology of active thermography Thermographic cameras: requirements…
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Online Event: Thermographic Warehouse Monitoring for Fire Prevention (Webinar | Online)
Thermographic solutions make a significant contribution to safety Electric vehicles are conquering the world and lithium-ion batteries are finding their way into warehouses and assembly halls. However, the production, storage, recycling and transportation of energy storage systems pose risks if, for example, a fire occurs due to thermal runways. Thermography is one of the methods used to prevent such scenarios. A Glance at the Event Introduction to the physical basics of thermography Thermography in early fire detection Challenges, important parameters and their influence References from practice FIRE-SCAN for monitoring lithium-ion-batteries Thermographic Warehouse Monitoring At assembly stations During battery recycling processes Technical solutions from InfraTec High resolution infrared cameras with pan/tilt…
