Ansys

Payloads are at the center of every space mission. A satellite’s main goal for observation missions is to collect and transmit data. In this webinar, we will discuss how the mission affects the choice of payload(s). We will discuss electro-optical, infrared, and radar systems in the context of wildfire detection and observation missions. After selecting the right sensor for the mission, the detailed design process requires engineers to model the payload in its mission environment. We will discuss design considerations and glean valuable insights about performance earlier in the design process.What attendees will learn:• How the detailed design process requires consideration for the mission environment• Important considerations about payloads and how it affects the choice of payloadsWho should attend:This series is ideal for aerospace engineers, systems engineers, mission planners, and space enthusiasts looking to deepen their knowledge.

Simulation plays a critical role in reducing automotive design cycles, providing key insights into design changes and optimizations before a single physical prototype is built. As automotive time-to-market demands shorten and new, cutting-edge vehicle innovations emerge, simulation will play a more crucial role.Date / Time:May 28, 2025, 11am EST / 11am IST / 11am GMTVenue:OnlineOverviewSimulation needs to match these demands, and Ansys has delivered by launching next-generation CFD technology to help you meet your deadlines and safety and reliability goals faster without compromising accuracy.Join us for an exclusive webinar led by automotive CFD experts on the latest advancements in Ansys Fluent that will accelerate your automotive CFD simulations.What Attendees Will Learn• Dive into Rapid Octree Meshing, which streamlines complex geometry preparation for external aerodynamics and under-hood thermal management, reducing the pre-processing time from days to a few hours.• Utilize multi-GPU scaling to run large-scale, high-fidelity aerodynamics, aeroacoustics, and heat transfer simulations at unprecedented speeds.• Learn how AI powers faster and more accurate CFD simulations using your legacy simulation data to generate optimized design options inminutes.• Utilize adjoint-based shape optimization, which uses a sensitivity-based algorithm to optimize existing designs and export morphed geometry.• Get a sneak peek into our brand-new product, Ansys FreeFlow, a GPU-based, meshless SPH solver that quickly and accurately models free surface flows for applications like tank sloshing and water wading.Whether you’re optimizing vehicle drag, improving e-motor cooling, or refining fuel cell efficiency, the Ansys Fluids product line delivers the speed-ups you need tostay ahead in the competitive automotive industry.Who Should Attend?• Automotive CFD Engineers• CFD Department Team Leads• Automotive Simulation EngineersSpeakers• EST Time Zone: Jayesh Mutyal, Marco Coderoni• IST Time Zone: Vivek Patil, Tushar Patil• GMT Time Zone: Matteo Aroni, Yann Ravel

Explore Ansys Fluent's critical applications and the challenges CFD engineers face. Learn how Ansys Digital Twin provides a robust, end-to-end workflow to address these challenges.In this third webinar, we'll explore the critical applications of Ansys Fluent and the everyday challenges computational fluid dynamics (CFD) engineers face. Learn how Ansys Digital Twin provides a robust, end-to-end workflow that addresses these challenges. We will showcase practical examples and use cases, demonstrating the power of Reduced Order Models (ROMs), Hybrid Digital Twins, and flexible workflows, including Python integration, to enhance efficiency and performance in real-world scenarios. What attendees will learn:• Learn the typical applications of Ansys Fluent• Discover how digital twins can help with engineering challenges• See examples and use cases with ROMs, Hybrid Digital Twins, Export/ Python workflowsSpeakers: Ed Carman and Mustafa Kaddoura.

Explore Ansys Motor-CAD's critical applications and the challenges electric motor engineers face. Learn how Ansys Digital Twin provides a robust, end-to-end workflow to address these challenges. In this second webinar, we'll explore the critical applications of Ansys Motor-CAD and the everyday challenges electric motor engineers face. Learn how Ansys Digital Twin provides a robust, end-to-end workflow that addresses these challenges. We will showcase practical examples and use cases, demonstrating the power of Reduced Order Models (ROMs), Hybrid Digital Twins, and flexible workflows, including Python integration, to enhance efficiency and performance in real-world scenarios.What attendees will learnLearn the typical applications of Ansys Motor-CADDiscover how digital twins can help with engineering challengesSee examples and use cases with ROMs, Hybrid Digital Twins, Export/ Python workflowsSpeakerChristophe Petre Arash HassanpourHusain Adam

Explore Ansys Mechanical's critical applications and the challenges mechanical engineers face. Learn how Ansys Digital Twin provides a robust, end-to-end workflow to address these challenges.In this first webinar, we'll explore the critical applications of Ansys Mechanical and the everyday challenges mechanical engineers face. Learn how Ansys Digital Twin provides a robust, end-to-end workflow that addresses these challenges. We'll showcase practical examples and use cases, demonstrating the power of Reduced Order Models (ROMs), Hybrid Digital Twins, and flexible workflows, including Python integration, to enhance efficiency and performance in real-world scenarios.What attendees will learn• Learn the typical applications of Ansys Mechanical• Discover how digital twins can help with engineering challenges• See examples and use cases with ROMs, Hybrid Digital Twins, Export/ Python workflowsSpeaker: Edward Carman and Johannes Einzinger.