Ansys

Ansys STK is now available in Amazon Web Services (AWS) Marketplace for use in the AWS GovCloud (US) Region. AWS customers will now have access to Ansys STK’s modeling, analyzing, visualizing, and simulating capabilities for satellites, spacecraft, and other critical aerospace and defense systems directly within AWS Marketplace. "By accessing Ansys STK in AWS Marketplace, customers can now take their first step in achieving streamlined collaboration across distributed teams and on-demand scalability.”  — Kevin Flood, vice president of digital mission engineering at Ansys Click the link below to learn more.

Solar storms vs. satellites: We're on it! 🛰️ 🎧 Tune into "The Dish" podcast to hear how simulation is helping safeguard satellites against solar storms and keep critical space data secure.

Registration is now open for the Ansys Transportation Summit and International LS-DYNA User Conference! 🚗 Join us on October 22nd and 23rd in metro Detroit for the opportunity to meet and network with hundreds of industry-leading engineers from across the globe, and learn about the latest in crash safety, #MBSE, #ADAS, and much more. It's free to attend and will include leading keynotes, customer-led technical sessions, and hands-on workshops. Register now at https://ansys.me/3WcNTD3.

Discover how Équipe cycliste Groupama-FDJ uses simulation to gain a competitive edge in cycling by saving up to 2 seconds per kilometer. 🚴 See how the team utilizes solutions such as Ansys Fluent, Ansys Discovery, Ansys SpaceClaim, and Ansys Gateway powered by AWS to better understand the impact of airflow, wind resistance, and other factors to push the boundaries of performance.

#FIA2024 is almost here! ✈️ Join us July 22nd - July 26th at chalet #C221 and learn why aerospace & defense organizations are partnering with Ansys to realize the full potential of digital engineering.

Discover how you can unlock scalable, secure, and cost-effective HPC simulations in the cloud with Ansys Access on Microsoft Azure. ☁️

To meet consumer demands, product development teams are constantly challenged to produce better designs at a faster pace. By combining the power of AI with cloud computing on Amazon Web Services (AWS), Ansys SimAI enables organizations to speed up innovation. With #Artificialintelligence in the #cloud, engineers and designers can amplify the power of simulation, transcend previous compute limitations, gain relief from AI pipeline IT complexity, and maintain data security. Click the link below to learn more about maximizing simulations with secure, cloud-native AI.

Using Ansys tools and solvers, UGRacing is able to gain valuable experience and conquer challenges in thermal, fluid, and mechanical vehicle dynamics as a team. “We start off with the perception systems, we look at sensors, and we try to gather information about the track,” says Joseph Ugrane, head software engineer, UGRacing. “Then we need to find a path and figure out how quickly we want to race. And all at the same time, we try to gather as much sensor data as possible to get a global estimate of what’s going on. We have a lot of different software teams, and we all contribute to this autonomous racing problem together.” Click the link below to learn more about the final episode of #DrivenBySim and discover how UGRacing and Porsche Motorsport use Ansys software to accelerate vehicle technology development. 🏎️ https://ansys.me/3W7V6V3

Hydrogen is an attractive solution for net-zero initiatives. Hydrogen fuel possesses higher flame speed, lower ignition energy requirements, and wider flammability limit compared to typical hydrocarbons. While these characteristics improve efficiency and stability, they also produce key challenges such as flashback and other safety-related issues. Korea Advanced Institute of Science and Technology, Daejeon, and Ansys are developing computational fluid dynamics methods and best practices for predicting flame structure for hydrogen-methane blended flames using large eddy simulations. Click the link below to learn more about the research being conducted at KAIST combustion dynamics and diagnostics laboratory.

Price is a major factor contributing to the rate of electric vehicle (EV) adoption. 30%-40% of the total cost of an EV can be attributed to the battery. How can we optimize battery production to reduce costs and increase consumer sales? Multiphysics simulation can help. With the help of simulation, battery cell manufacturers are tackling numerous engineering challenges to meet customer specifications, reduce cost, maintain quality, ensure safety and compliance, address labor shortages, and improve end-of-life battery disposal and recycling. "More battery manufacturers are leveraging physics-based simulation and safety analysis to gain valuable insights during production. Ansys' simulation tools and solvers enable them to optimize battery designs, as well as identify suitable equipment and workflows on the factory floor that can increase scalability, quality, and sustainability in the process." — Padmesh Mandloi, Asia-Pacific regional vice president, Ansys Customer Excellence Click the link below to learn how multiphysics simulation is streamlining EV battery production. 🔋