Join us for a webinar on "Introduction to Ansys Innovation Courses and Learning Contents for Fluids Simulation"! Spread the word and tag your friends who might be interested. See you there! #FluidsSimulation #Ansys #InnovationCourses #Webinar #LearningOpportunity

Our webinar on 'Simplifying General Relativity Exploration with Maple' is almost here, and spots are filling up! Don't miss out on mastering tensor manipulation, interactive visualizations, practical demonstrations, and more with our expert speakers. Secure your spot now: https://rb.gy/v3cb03 Shyamkant Anwane Bhawna Bindal #Webinar #WebinarAlert #MapleWebinar #STEMeducation #STEM #Mathematics #Physics #DigitalEducation #BlendedLearning

MAGNETS NEVER LETS DOWN As introduction to magnetism we sat down to study all the demonstrations in the topic. When we went through the induction section I was super happy highlighting the voltage in the multimeter when my student looked at me and asked: what if I turned it upside down? There are few things as amazing as when your students make questions that let you teach much further thant you expected. While obvious… I didn’t considered do it until he made the question. We were able to record the four stages and how they are perfectly inverted depending on which pole comes first: 1. First pole get enters. 2. Entering the other pole of the magnet 3. 3. Second pole struts getting out 4. First pole leaves the coil. I just want to highlight this experiment takes 5 seconds. But the phenomenon is completely clear for the students. Now we can dig into how amazing is the imagination of Phycisists finding the way to make sense to these absolutely strange phenomena and conclude how the model explains the results. Without these 5 seconds we would need a long time trying to describe it with (probably) not much succes in enhancing students nor even making the phenomenon clear. Hope you love it as much as I do! Sadly I couldn’t record the other practices… next year will add them. #ksibproud #VisiblePhysics

🔊 Calling all industry professionals! Join us for an exclusive look at the Spool Welding Robot (SWR™) during our live demonstrations at the Australian Manufacturing Week. Spaces are limited, so act fast to secure your front-row seat to innovation. 📍 Venue: Booth WA740, Sydney's International Convention Center 📅 When: April 17-19 What's in Store for You: - Dive deep into the dynamics of the Australian market. With federal projects on the verge of announcement, learn how to position your business for competitive advantage and success in upcoming tenders and bids. 🚀 - Discover how to transform your welding operations. Witness firsthand the dramatic enhancements in efficiency and capacity achievable with the SWR. From case studies, see real results like a 3-5X increase in pipe welding productivity and up to 35% savings in bid rates. 💼📈 This is more than a demonstration; it's an opportunity to network with peers, gain valuable industry insights, and see cutting-edge technology in action. 📣 Don't miss out on this transformative experience. Book your demo slot now: https://lnkd.in/gj_MeyaU #AustralianManufacturingWeek #InnovationInWelding #PipeWelding #WeldingAutomation #AI

Venturi How does it work? You may already know that Oveducon has a transparent visualization pump installation for the Fluid Mechanics course. If you didn't know, now you do. :-) In addition to the pump installation, we have practical demonstrations to explain capillary force, pipe friction, and viscosity. It is fascinating to see how eager students are to explain how a venturi works. In this demonstration, we blow air in the venturi first from one side and then from the other. We ask the students what will happen in the different tubes each time. Nearly every student has another thought about what they will see. What interests you about Fluid Mechanics and Pipes? We could explore this in our next e-learning course. I hope to hear your suggestions. #venturi #cavitation #viscosity #friction #education

Discover the unparalleled opportunity to delve into the fascinating realm of structural dynamics and vibration testing with ATA Engineering and Siemens Digital Industries Software at our upcoming free, two-day seminar. Set to take place next month in Golden, Colorado, just down the road from ATA’s Denver office, this exclusive Modal Analysis and Vibration Control Seminar promises an immersive experience that will offer valuable insights through theoretical presentations, captivating live demonstrations, and extensive networking opportunities with members of the testing community. This event will answer questions such as: ◾ What is fatigue damage? ◾ How does one measure damage and replicate it in a test? ◾ How do random, sine, and shock control work? ◾ How is a power spectral density calculated? ◾ How is a shock response spectrum calculated? ◾ How does one identify the natural frequencies and modes of a structure? ◾ How does one correlate and update modal simulation models? Don’t miss your chance to join us for this exciting exploration of structural dynamics—review the agenda to learn more about the event and register at https://lnkd.in/g3NGySE4 #StructuralDynamics #ModalAnalysis #VibrationControl #Test #Seminar

Thanks to Bob, Chris, Scott and Scott (aka Scott²) for presenting the two day modal and vibe seminar between ATA Engineering and Siemens. It was really cool to see how Testlab can help speed up the curve fitting process during modal testing with the PolyMAX method and (personally for me) REALLY cool to see how Testlab will allow for real time gain adjustments to specific wavelets (on the fly!) during shaker shock in between pulses without having to exit the test. The ability to plot psuedo velocity real time during transient capture is a huge time save during the tuning process for MIPS testing. I'm hopeful for some continued future #customerobsession (😉) with the addition of: - Cross orthos for modal testing to incorporate mass matrices - Four coordinate plots for transient capture to help tune MIPS setups #learnandbecurious

🔊 Calling all industry professionals! Join us for an exclusive look at the Spool Welding Robot (SWR™) during our live demonstrations at the Australian Manufacturing Week. Spaces are limited, so act fast to secure your front-row seat to innovation. 📍 Venue: Booth WA740, Sydney's International Convention Center 📅 When: April 17-19 What's in Store for You: - Dive deep into the dynamics of the Australian market. With federal projects on the verge of announcement, learn how to position your business for competitive advantage and success in upcoming tenders and bids. 🚀 - Discover how to transform your welding operations. Witness firsthand the dramatic enhancements in efficiency and capacity achievable with the SWR. From case studies, see real results like a 3-5X increase in pipe welding productivity and up to 35% savings in bid rates. 💼📈 This is more than a demonstration; it's an opportunity to network with peers, gain valuable industry insights, and see cutting-edge technology in action. 📣 Don't miss out on this transformative experience. Book your demo slot now: https://lnkd.in/gcQJFAuk #AustralianManufacturingWeek #InnovationInWelding #PipeWelding #WeldingAutomation #AI

🌬️🛩️ Designed for the AF1300 Subsonic Wind Tunnel, the NACA 2412 Aerofoil with Variable Flap Model (AF1300C) allows you to explore the effects of control surface deflection on lift, drag, and pitching moment. Perform a wide variety of experiments and demonstrations: - Adjust the angle of incidence and flap angle within the wind tunnel. - Measure lift, drag, and pitching moment using the AF1300t Three Component Balance for comprehensive tests or the AF1300z Single Component Balance for lift and drag measurements only (balances not included). Equip your students with hands-on experience and a deep understanding of aerodynamic principles. Enhance your curriculum with this essential tool from TecQuipment: https://lnkd.in/g6d5PsY #EngineeringEducation #Aerodynamics #WindTunnelTesting #HandsOnLearning #TecQuipment #STEM #InnovationInEducation

🌬️🛩️ Designed for the AF1300 Subsonic Wind Tunnel, the NACA 2412 Aerofoil with Variable Flap Model (AF1300C) allows you to explore the effects of control surface deflection on lift, drag, and pitching moment. Perform a wide variety of experiments and demonstrations: - Adjust the angle of incidence and flap angle within the wind tunnel. - Measure lift, drag, and pitching moment using the AF1300t Three Component Balance for comprehensive tests or the AF1300z Single Component Balance for lift and drag measurements only (balances not included). Equip your students with hands-on experience and a deep understanding of aerodynamic principles. Enhance your curriculum with this essential tool from TecQuipment: https://lnkd.in/g6d5PsY #EngineeringEducation #Aerodynamics #WindTunnelTesting #HandsOnLearning #TecQuipment #STEM #InnovationInEducation