Ansys Learning

Hey educators! Take a look at this new Ansys Education Resource that focuses on fluid kinematics - the motion of fluids. This teaching package introduces various topics related to fluid dynamic fundamentals with simulation while also providing real world examples for students to explore. Learning about a bent pipe with a 90-degree angle models both the turbulent flow and overall course of motion. Download this resource now: https://ansys.me/4d9X1OS

What is time domain dynamic analysis? It solves for the response of a structure or material with respect to time. Take this car crash as an example. If we were to study the effects of this crash, it would be in the time domain — how does the damage increase as time goes on? Learn more in our Structural Dynamics Innovation Course: https://ansys.me/4dg9xMI

Did you know Ansys teaching webinars are available on demand?💡 Access this webinar that introduces how to incorporate FEA into your curriculum early on to reinforce concepts taught and increase student engagement. What You'll Learn: - Techniques for visually teaching structural analysis, stress, and strain. - Engaging exercises and applications to help students grasp complex topics. - How to utilize Ansys Discovery and Mechanical to support fundamental engineering education. - Education Resources available Access the webinar here: https://ansys.me/3LS6wX9

Need accurate, complete, and up-to-date answers on Ansys products? Locating answers to your Ansys-related questions is now easier than ever. Recently, we launched a public version of the Ansys Help site, making it simple for anyone to access the latest product user guides and reference manuals through public search engines. What's on the Ansys Help Site? 📖 Reference manuals 📖 Product user guides 📖 Tutorials 📖 How-to videos Learn more about the recent update to Ansys Help, now available whether you are a current or potential user. https://ansys.me/4dlCR4f

Safety products are a top priority! Mechanical failure is to be avoided at all costs which remains especially true for applications in aerospace or bioengineering. Failure prevention can and should be considered in early product design or the re-design. Read this Ansys Education Resource case study to see why extensive testing and analyses are needed during product development to prevent failures and economic losses. Download now: https://ansys.me/4c1IuUb

Put your knowledge to the test!💡 Can you correctly answer the question: What are the two main stages involved in fracture analysis? Fracture mechanics is the study of how cracks form and propagate in materials, which helps engineers understand and predict component failure and ensure safety. This field of engineering is crucial for enhancing the reliability and longevity of structures, machinery, and other components. Did you get the correct answer? If not, this Ansys Challenge can help you quickly understand the concept of fracture analysis in Ansys Mechanical. Take on the full Challenge here: https://lnkd.in/ebhSN8y2

We are thrilled to announce the launch of Ansys Zemax OpticStudio Student – a free software download that provides students with invaluable hands-on experience in designing and analyzing optical systems. Key Features: 🟡 Intuitive Interface: User-friendly design that makes learning easy and enjoyable. 🟡 Powerful Tools: Access to extensive materials and optical elements libraries. 🟡 Real-World Simulation: Accurately simulate scenarios to understand optics fundamentals 🟡 Design Exploration: Explore and optimize different designs 🟡 Seamless Integration: Integrate with other programs for efficient workflows. Whether you're working on student projects, self-learning, or learning optics in the classroom, Ansys Zemax OpticStudio Student is a great resource for you! Download here: https://ansys.me/3WsIlo8

Have you ever wondered why flight attendants ask us to put our cell phones in airplane mode? It all comes down to something called electromagnetic interference or EMI. 📱 Watch hashtag #EverydayEngineering to learn how EMI can disrupt communication in an aircraft, and how engineers utilize simulation to study and minimize its impact. #LearnAnsys

Attention Professors! Elevate your curriculum with our comprehensive case study on upfront simulation using Ansys Discovery. Demonstrate the transformative benefits of early-stage simulation, enhancing productivity, innovation, and product quality for future engineers and designers. 🎓 Learning Outcomes for Your Students: ✅ Understand the critical role of simulation in the product life cycle. ✅ Develop the ability to read and interpret qualitative simulation visualization plots. ✅ Gain valuable insights into how upfront simulation benefits engineers and designers. 📚 Applicable Courses: - Engineering Design - Computer-Aided Design - Product Design - Industrial Design Incorporate cutting-edge simulation technology into your teaching and prepare your students for successful careers in engineering and design. Check out the Education Resource here: https://ansys.me/4czmzVb

In engineering, viscosity is an essential component, but it is not the only one. In this Ansys Innovation Course, we will look “beyond viscosity” and introduce some complex aspects of fluid dynamics which are necessary to understand real-world engineering applications. Topics such as compressible flows, heat transfer, and rotating machinery are only a few ideas you will learn more about. Compressible effects, like shock waves, can cause flow separation on portions of an airplane wing and increase the drag that the aircraft experiences. By analyzing the effect of compressibility in a transonic flow over an airfoil, engineers can design the wing profile in such a way as to delay and weaken these negative effects. Gain hand on experience with fluid dynamics by beginning this course today: https://ansys.me/3zzdc9C