Ansys Optics’ Post

Join us for this last episode of the webinar series to learn how Ansys optiSLang connects to LS-DYNA to automate design exploration and optimization.

Hello everyone! I’m excited to share that I’ve just earned a new badge for completing the Ansys course on Stresses in Pressure Vessels. 🎓🔍Check out my verified achievement from Ansys and see how I'm advancing my skills in engineering simulation.Feel free to connect if you’re interested in discussing pressure vessel analysis or any related topics!#ANSYS #Engineering #Simulation #ProfessionalDevelopment #PressureVessels

Exploring Fluid Dynamics in Porous Media with ANSYS Fluent 🧽🌊 I recently completed an exciting analysis using ANSYS Fluent to investigate water flow through porous media. This Tutorial involved: Velocity Analysis: Determined the average velocity of water passing through the porous medium, essential for understanding flow dynamics. Volume Fraction Calculation: Analyzed the distribution of water within the porous structure, providing insights into phase interactions. Time Estimation: Calculated the time required for a specified volume of water to traverse the porous media, leveraging flow rate data from the simulation. Using Fluent’s robust CFD tools, I was able to gain a deeper understanding of how water behaves within complex porous systems. This analysis is crucial for applications ranging from groundwater management to filtration processes. Feel free to reach out if you’re interested in discussing fluid dynamics, porous media, or ANSYS Fluent simulations! A big thank you to prof. Mehul Bambhania for her invaluable guidance throughout the process. #ANSYSFluent #CFD #FluidDynamics #PorousMedia #Engineering #Simulation #DataAnalysis #msu

In this simulation, I explored the complex fluid dynamics induced by a moving wall within a water tank. Utilizing the dynamic mesh capability of ANSYS Fluent, I captured the real-time interaction between the wall motion and water, providing insights into fluid behavior and surface wave patterns. Dynamic Mesh: Captures the real-time deformation of the mesh as the wall moves. Water Properties: Standard properties for water were used to ensure realistic simulation results. Timestep Control: Fine-tuned to accurately capture the transient effects of the moving wall. Fluid Motion: The dynamic mesh effectively tracked the interaction between the moving wall and the water, showing detailed fluid motion and wave formation. Surface Waves: Observed the generation and propagation of surface waves due to the wall motion. Mixing Efficiency: Analyzed the impact of the wall movement on water mixing, which can be applied to improve industrial mixing processes. #CFD #ANSYSFluent #DynamicMesh #FluidDynamics #EngineeringSimulation #WaterTank #Engineering #Simulation #MechanicalEngineering

house flow simulation in ansys

| Free Webinar - Multiphysics Design and Optimization of an Electric Machine | 👉 What you will learn ✅ How to couple Ansys Motor-CAD with Ansys optiSLang for a multiphysics optimization including NVH. ✅ How to improve the Motor-CAD structural results using detailed modal results from Ansys Mechanical Date: April 18th, 2024 Time: 7.30 PM (IST) Venue- Virtual Registration Link: https://zurl.co/dXjj #Ansys #Webinars #MultiphysicsDesign #ElectricMachine #Optimization #Electromagnetics #ThermalAnalysis #MechanicalStress #Simulation #3dengg

💻 Performing structural analysis on complex geometries? With Ansys Discovery, near-instant simulation results appear as soon as loads are applied. Its interactive environment allows exploration of multiple design ideas in seconds, providing immediate insights into structural performance. Powered by Ansys’s advanced solver technology, it delivers high-fidelity results, reduces costs, maximizes design alternatives, and saves valuable time. Discover more: https://lnkd.in/gvCUNCDZ #futurescape #ansysdiscovery #structuralanalysis #designoptimization #engineeringefficiency

⭕ One of the challenges in the design of vacuum chambers is predicting the temperature distribution and the cooling or heating of the chamber. 👉Among other tools we also use Ansys Discovery, an advanced simulation software, to model the entire system. This software allows us to visualise the water flow rates, calculate pressure drops, and optimise the overall chamber design. 👉Thanks to the multiphysics solver, we can combine fluid with thermal simulation in order to visualise the temperature distribution in both the chamber and the water. 👉For more complex geometries, we utilise Ansys Fluent. 👉 This ensures that our customers receive a vacuum chamber that can withstand applied loads and perform at peak efficiency. 👉Thanks to TechSoft Engineering, who assisted us with the implementation. ⭕ We presented the flow simulation and its applications at the recent Ansys 2024 User Conference. Thanks for the invitation. 🤝 #weareStreicher #streichermachinery #machineryengineering #vacuum #vacuumtechnology #vacuumchamber #scubechamber

𝐀𝐧𝐬𝐲𝐬 - 𝐈𝐂𝐄𝐌 𝐌𝐞𝐬𝐡𝐢𝐧𝐠 Ansys - ICEM is preferred over other meshing techniques because: → ICEM CFD can handle complex geometries efficiently. → ICEM CFD offers a wide range of meshing techniques, including structured, unstructured, hybrid, and Cartesian meshing. → ICEM CFD provides advanced meshing controls and algorithms to generate high-quality meshes. → Capturing boundary layer phenomena accurately is crucial in many CFD simulations. ICEM provides specialized tools for generating boundary layer meshes, including inflation layers and prism layers, which are essential for resolving near-wall flow behavior. → ICEM is integrated with ANSYS Fluent and other ANSYS solvers, ensuring seamless compatibility between mesh generation and simulation setup. Here for CFD assignment 2, we were assigned with meshing a 2D pipe geometry using ICEM. ♻️ Repost if you find this assignment interesting. If you want to know more about this assignment, feel free to text me via InMail message.

This webinar will highlight some of the major enhancements in Ansys Fluid products in our latest release, Ansys 2024R1. This release's new capabilities and innovative features will help boost productivity and reduce time to accurate results. Learn about the new updates from pre-processing and user experience to new modeling capabilities of ANSYS Fluent, ANSYS Fluent Meshing and ANSYS Material Processing. Registration Link: https://lnkd.in/gUBUJB2z For more details: https://lnkd.in/g8SPGMDb Follow us to get updates on our upcoming webinars & events!  www.caditglobal.com https://lnkd.in/g9D8hTCq https://lnkd.in/gYVPmTdD https://lnkd.in/gsrzVXrp #AnsysFluid #2024R1Release #ProductivityBoost #AccurateResults #PreProcessing #UserExperience #ModelingCapabilities #FluentUpdates #FluentMeshing #MaterialProcessing #InnovationInFluids #Webinar