Ansys Structures’ Post

In Ansys Rocky 2024 R1, you can calculate the heat transfer coefficient (HTC) on walls to conduct convective thermal analyses of equipment. The video below shows how the evaluation of an electric motor's cooling performance heavily relies on thermal simulations, where the analysis of the Heat Transfer Coefficient (HTC) plays a crucial role. Watch Ansys Rocky 2024 R1 webinar to learn more about this feature: https://ansys.me/3w1k5yT #ansys #dem #engineering #particle #simulation

Material properties are a vital input for every simulation. The accuracy of the material data directly impacts the accuracy of your simulation. If you are using Ansys solvers, there is a super easy way to get access to curated, high-quality materials data information, without ever leaving your Ansys interface or installing anything new. Ansys Granta offers Material Data for Simulation (MDS) for mechanical, electromagnetic, and electric motor simulations, with dedicated materials to ensure the most accurate data for your simulation. Check out a quick 15-min presentation for the Ansys product that you are using and sign up for a free trial: https://ansys.me/3ZMAROK

Ansys provides end-to-end, predictively accurate capabilities for virtual performance validation of the body system

🚀✨ Unveiling our upcoming webinar on the new release of TURBOdesign Suite 2024.1 and its major features and enhancements! ⏰ 9am & 5pm (BST) 📆 9th May Featured additions: 1️⃣ New manufacturing modification feature, allowing flow trimming and radial trimming. 2️⃣ The RGP file look up table algorithm has also been significantly sped up, enabling the TURBOdesign suite to run for any type of real gas available in NIST REFPROP. 3️⃣ TURBOdesign1 now offers a new heat pump cycle code and enhanced chiller compressor cycle code. 4️⃣ An extension of CAE integration with Siemens CCM+ and Ansys CFX to new applications. What the webinar will cover: 📖 Learn how you can set up a heat pump problem from scratch in TURBOdesign Pre new cycle code coupled with the new optimised data base of blade loading for centrifugal compressor in TURBOdesign1. This can enable rapid optimization of the heat pump and automatic evaluation of the performance on a given a speed line by the automatic CAE integration function. 💡 Discover how the radial and flow trimming function can be used to apply compressor design to cover a large range of capacity and pressure ratios. 🤔 Understand how the new CAE integration function works for axial fans for both Ansys CFX and Siemens CCM+. Don't miss the opportunity to enhance your turbomachinery designs to new heights. Register now! 👇 https://lnkd.in/ej3MuDTU

Particles are everywhere, including the automotive sector! Join us in this exciting webinar in which we will present the latest particle dynamics technologies of Ansys Rocky applied to the automotive industry. Register for free and save it in your agenda! https://lnkd.in/e_SbdxVk

Thermal analysis of piston head in ansys #ANSYS #caddesign

Ansys #Sherlock for Predicting Product Lifetime With electronic components being used in harsher and more remote environments than they ever have before, predicting their operating lifetimes to prepare for maintenance or calculate warranty costs is critical. To Know More 𝗚𝗲𝘁 𝗰𝗼𝗻𝗻𝗲𝗰𝘁𝗲𝗱 𝘄𝗶𝘁𝗵 𝗨𝘀: 📧 marketing@cadfem-sea.com | 📞 +65-65728886

Learn how to use the Lab Module in Ansys Motor-CAD to develop Efficiency Maps, Other Maps, apply Duty Cycles, and calculate Operating Points. An IPM motor is used for the example. #ansys #electricmotordesign #electricmotorengineering #electricalengineering #electricaldesign #ipmmotor Ansys Motor-CAD: Lab Module Efficiency Maps, Duty Cycle, and Operating Points https://hubs.ly/Q02w3FJc0

With the 2-way CFD-DEM coupling between Ansys Rocky and Fluent for single or multi-phase flows, you can accurately predict granular-fluid systems as shown in this hydraulic transport simulation. Learn more: https://ansys.me/3KVcUfA #DEM #CFD #simulation #particle #ANSYS

💡 💡 Multiphysics simulations that combine Computational Fluid Dynamics (CFD) with the Discrete Element Method (DEM) are essential for accurately predicting complex particulate flows. Ansys offers tools that address these needs, such as Ansys Rocky, which is specifically designed for DEM simulations with a focus on multiphysics. It includes new Smoothed Particle Hydrodynamic (SPH) capabilities and an optimized user experience. The upcoming Ansys 2024 R1 release will introduce new features in Ansys Rocky, which will be discussed in a webinar. Additionally, when simulating with DEM in Ansys Fluent, it's often necessary to use a particle time step size smaller than the fluid flow time step size to accurately resolve each collision. This can involve using 5 to 50 particle steps per collision. The setup also includes defining DEM collision contact laws with both normal and tangential contact forces, and for the simulations mentioned, a spring constant of 100 Newton per meter was found to be a good balance between speed and accuracy. #Ansys #Rocky #Fluent #DEM #CFD #militaryinnovation #Edge #sami #militarytechnicalcollege #EgSa