Ansys 3D Design

In automotive engineering, the most impactful decisions are made before detailed simulation is traditionally available. 📆 April 8, 2026 | 11 AM EDT This webinar explores how Ansys Discovery brings real-time physics feedback to the earliest stages of vehicle design — enabling faster iteration across aerodynamics, thermal management, structures, and electrification systems. ✅ Reduce iteration cycles ✅ Validate concepts earlier ✅ Make confident design decisions sooner Perfect for engineers and designers working on next-generation vehicles Save your spot today: https://bit.ly/48nvAkb

Smarter STL editing in Ansys Discovery 2026 R1 Ansys Discovery offers an extensive set of tools for working with STL and faceted geometry, and now it gets even better. The new proportional radius editing makes modifying faceted bodies faster, cleaner, and far more precise, intelligently walking across connected facets to avoid unwanted geometry distortion. A powerful addition for anyone preparing scanned or faceted data. Learn more about the latest 2026 R1 features—read the blog here: https://bit.ly/4dkFA10

Accurate fastener modeling changes everything, from load paths to failure prediction. When fasteners are missed or misidentified, even the best simulations can lead to misleading outcomes. With AI-powered tools such as Find Fasteners in Ansys Discovery 2026 R1, you can quickly identify critical fasteners in complex CAD models and generate more reliable simulation results. Read more about what’s new in Discovery 2026 R1: https://bit.ly/4bAOIgI

Early‑stage vehicle development shouldn’t rely on intuition or wait for slow, specialized simulation workflows. Join our webinar on April 8 to learn how Ansys Discovery enables engineering teams to explore aerodynamic, structural, and thermal behavior in real time during concept development, reducing iteration time and redesign risk. We’ll cover: 🔹 Real‑time physics for concept validation 🔹 Interactive geometry editing 🔹 Exploration of EV/ICE alternatives 🔹 Path to high‑fidelity Ansys solvers If you’re working on next‑generation EV platforms, battery cooling, powertrain components, or vehicle aerodynamics, this session will be especially valuable. 🔗 Register now by either scanning the QR code or clicking the link: https://bit.ly/4rX0Z4b

Accelerating automotive innovation starts with accelerating early decisions. Join us on April 8 to see how Ansys Discovery brings real‑time simulation directly into concept development, giving engineers instant aerodynamic, thermal, and structural insights long before traditional workflows can respond. In this webinar, you’ll learn how teams are using Discovery to: • Validate vehicle concepts earlier with real‑time physics feedback • Explore EV, powertrain, and aerodynamic alternatives interactively • Reduce redesign risk with immediate thermal and structural insight • Maintain a seamless path into high‑fidelity Ansys solvers as designs mature If you’re working in automotive design, CAE, or electrification programs, this session will show how real‑time simulation transforms early decisions into confident, data‑driven progress. 📅 April 8, 2026 — 11 AM EDT ➡️ Click the link or scan the QR code to register now for free: https://bit.ly/4rM28LH

Accelerate design confidence with next‑generation simulation intelligence. Ansys Discovery’s capabilities make it easier than ever to understand what drives performance, and act on it fast. • Instantly identify high‑impact parameters with enhanced sensitivity analysis • Visualize trade‑offs clearly with intuitive 3D response‑surface views • Cut iteration cycles through guided, data‑driven exploration • Improve reliability early with smarter thermal and fluid insights Transform exploration into clarity. Transform clarity into breakthrough products. Want to learn about the latest updates in Discovery? Register now for our April 22 webinar: https://bit.ly/476R18J

Ansys Discovery 2026 R1 is here, and it’s packed with innovation. With new CHT + Joule Heating, advanced fluids meshing, AI‑powered feature detection, and streamlined connectivity to flagship Ansys solvers, engineers can explore, validate, and optimize designs earlier and with more confidence than ever. Add in one‑click optimization and 3D response surfaces, and you’ve got a release built for high‑velocity engineering teams. 🎬 Explore what’s new in the video, and register for our April 22 webinar to learn more: https://bit.ly/3N0E35D

How does air actually move inside a car cabin? With Ansys Discovery, engineers can quickly visualize airflow patterns, identify comfort zones, and evaluate HVAC performance in real time. Faster insights mean faster design decisions. Design exploration and optimization made easier with Ansys Discovery

Effortless Electronics Cooling Simulation with Ansys Discovery Electronics cooling is more important than ever. Ansys Discovery makes it easy to evaluate thermal performance early in the design process, so engineers can make smarter decisions in real time. With Discovery, you can: ✅ Run fast, GPU-powered solvers for live fluid flow and heat transfer insights. ✅ Use robust, fault-tolerant meshing to handle complex or overlapping geometries with confidence. ✅ Update designs instantly with built-in geometry tools and see thermal results in real time. ✅ Extract and discretize fluid volumes directly from CAD models for a smooth setup experience. Discover how streamlined thermal analysis and optimization can help you solve electronics cooling challenges faster. 🎥 Watch Discovery in action.

In a data-driven world, better decisions start with better data. Ansys Discovery enables rapid, physics-based design exploration that generates large volumes of high-quality simulation data in a short time. That data can be used to train AI and machine learning models, build surrogate models, and uncover design trends early, when changes are still cost-effective. With seamless transfer to tools like Ansys optiSLang, the same data can be extended further for: • Advanced data analysis and sensitivity studies • Design space exploration • Multi-objective optimization This is where physics and data work together. Fast simulation generates the insight. AI and optimization scale it.