Ansys

Synopsys and Ansys are now united! Today, we proudly announced the completion of @Synopsys' acquisition of Ansys, creating the leader in engineering solutions from silicon to systems. Learn more: ansys.me/4lZm4Ij

With the 41st Space Symposium now in the rearview, we’re reflecting on what's shaping the future of space. 🚀 As space missions grow more complex, turning bold ideas into reality requires better collaboration, deeper insight, and confidence at every stage. Explore some key takeaways and see how Ansys, part of @Synopsys can assist A&D industries from silicon to systems. 👉 bit.ly/3Pk9DfK

Pumps are essential equipment in nearly every industry, from manufacturing and healthcare to energy and automotive, but cost of prototyping and design cycle time can be a challenge for OEMs. Ansys, part of @Synopsys offers solutions that combine multiphysics simulation, optimization, and artificial intelligence (AI) to help OEMs overcome design challenges and increase efficiency, addressing uncertainties early and accelerating market readiness. Explore how advanced simulation optimization and AI can upgrade your pump designs: bit.ly/3OZia7N

Extreme wildfire activity is increasing globally. More than 7,800 wildfires were reported by CAL FIRE in 2025 alone. How can simulation help push the boundaries of firefighting innovation? To improve fire defense in California and beyond, @HenNozzles develops innovative fire suppression equipment using multiphysics simulation from Ansys, part of @Synopsys. Since 2020, the company has grown adoption to more than 1,000 fire departments worldwide. 🧑‍🚒 Learn more in our Ansys Startup Program 10 Year Anniversary Series, "Where Are They Now?" bit.ly/4dcS60W

Are you running Ansys Fluent or Ansys Mechanical and need to find which GPU configuration will deliver the best ROI? We've got you covered! 🧑‍💻 The GPU ROI Estimator for Fluent and Mechanical helps engineers estimate GPU‑accelerated speedup against their current CPU system, assess hardware payback through engineering time saved, and explore GPU recommendations aligned with their priorities and application needs. Explore all the details and try it out for yourself! 👉 bit.ly/4tWPw6o

What role does the #DigitalTwin really play in modern engineering? While AI dominates the conversation, digital twins are transforming how products are designed, tested, and optimized. The global digital twin market is projected to grow from $35.82 billion in 2025 to $328.51 billion by 2033. A custom study from @Synopsys Inc explores how digital twins are being applied across industries and how emerging technologies are accelerating their impact. See how engineering teams are putting digital twins to work, and how solutions from Ansys, part of Synopsys, support them. 👉 Explore the findings and real-world applications at bit.ly/48BZQbq

As electric vehicle (EV) batteries continue to push higher power densities and faster charge rates, thermal margins shrink and transient behavior becomes increasingly critical. Simulation workflows must evolve accordingly. Explore a practical reduced-order modeling strategy for EV battery thermal management. 🔋 bit.ly/4933M52

Your laptop works hard to cool off during a long video meeting. Your smartwatch nudges you to stand up. Behind it all? Small yet powerful engines of modern life — microchips. The innovative force behind many of those chips is global semiconductor leader @ST_World, shaping everything from smart cars to renewable energy. Solutions from Ansys, part of Synopsys, specifically PyAnsys, are helping ST streamline its simulation process for wireless communications, boosting efficiency, consistency, and accessibility for its engineers. Explore how ST has built a design process that's efficient, reliable, and sustainable by merging its semiconductor expertise with the scripting power of PyAnsys. 🧑‍💻 bit.ly/4tIGKc9

Automotive engineers need to test #AutonomousVehicle (AV) sensors in countless real-world scenarios. New integration of @nvidia technologies with 2026 R1 Ansys AVxcelerate Sensors is accelerating that process. 🚗 With the integration of AI-driven technologies like @nvidiaomniverse NuRec and NVIDIA Cosmos into Ansys AVxcelerate Sensors software, engineers can model and validate sensor performance under diverse conditions, reducing dependence on costly physical trials. Discover how this creative synergy enables #automotive engineers to rapidly advance AV development: bit.ly/421LH3p

Are you running a marathon this year? 🏃 The position you're running in matters. In a well-positioned group, a marathon runner could experience up to a 90% reduction in aerodynamic drag, conserve energy and improve their time.    By applying aerospace technology to performance sports, a new study led by Heriot-Watt University and @Synopsys shows how, under the right aerodynamic conditions, runners could improve their race time by 30-40 seconds.    Good luck to all the runners at #LondonMarathon this weekend!     Learn more about the aerodynamic findings researchers produced with help from Ansys Fluent and Ansys Discovery: bit.ly/4ufbq4F

What's new in Ansys optiSLang 2026 R1? This release marks a major step forward in ease of use, integration, and performance, making advanced design exploration and optimization more accessible than ever. Learn more at: bit.ly/4tx36gy

Bill Vass, CTO, @BoozAllen recently gave us a glimpse at the foundational role Ansys, part of @Synopsys simulation tools have played in engineering innovative and complex systems. See the full discussion at: bit.ly/4tzuuuj

From fine fragrances to beauty care and home scents, there's no shortage of available aromas that enrich our daily lives. Simulation can play a crucial role in developing these innovative fragrances. 💐👃 TAKASAGO is a global leader in fragrance, flavor, and aroma molecules. We sat down with TAKASAGO R&D Manager Tiphaine Ribaut and Process Project Manager Kartic Prouchotte to learn more about how TAKASAGO uses innovative technologies to create better fragrances. Check out the full interview at: okt.to/1tRvWr

With the acquisition of @ANSYS, we're uniquely positioned to deliver unprecedented value to the engineers who are building intelligent systems. During #SNPSCONVERGE, our Chief Product Development Officer outlined the importance of our joint solutions: okt.to/0fL1NB

We’ve got our eyes, both real and virtual, focused on the Moon. 🤩🌔 Using true‑to‑reality Moon topography data from @CesiumJS, the sim below shows a digital rover on the lunar surface, with RF signal propagation simulated in Ansys RF Channel Modeler and antennas modeled in Ansys HFSS. @Synopsys is supporting @NASA's Artemis program, working with EMA to model spacesuit charging effects in the lunar environment and Cesium to validate cellular system performance on the lunar surface using digital twin technology. Learn more at the Synopsys Newsroom: okt.to/E57dlM

As Artemis II makes its approach to Earth, it will face an obstacle we're all too familiar with – traffic. 🛰️🌏   For missions like Artemis II, Space Situational Awareness (SSA) is an increasingly important component of mission planning. The example below, using Ansys STK, shows satellite / space debris traffic in LEO, MEO, and GEO. This visual depicts the volume of debris and satellites in orbit with each dot representing a single object – enlarged to make the objects visible to the human eye.   Read more about SSA and some of the Ansys, part of @Synopsys tools organizations use to address these challenges: bit.ly/4cxV3tL

After an amazing Simulation World at @Synopsys Converge, it's time to prepare for the next wave of in-person #SimulationWorld events, happening around the world this spring. 🌍 As we head into May, here's a glimpse at what's ahead: 📌 Simulation World Minneapolis – May 5, 2026 📌 Simulation World Boston – May 12, 2026 📌 Simulation World UK – May 13, 2026 📌 Simulation World Canada – May 26, 2026 📌 Simulation World Spain – May 28, 2026 Check out the full schedule and register now at: bit.ly/4vnfq4s

“Omniverse has ways to implement different physics algorithms, and Ansys has the physics algorithms.” @Booz Allen Hamilton is deeply involved in the development of autonomous systems. A key aspect of this work includes integrating Ansys, part of Synopsys tools with the NVIDIA Omniverse to develop end-to-end simulations for digital engineering projects.  Learn more about how Booz Allen utilizes these tools to enable engineers to more efficiently design, simulate, and optimize physical systems: bit.ly/4sunUUM

With the historic launch of NASA's Artemis II, a new pantheon of spacecraft makes its mark in the stars, setting the celestial stage for the future lunar economy. 🛰️🌔 Before programs like Apollo and Artemis can change our understanding of the universe, they must first be designed, developed, and deployed with the highest possible care. Explore how engineers can utilize tools like Ansys STK, ODTK, Thermal Desktop, Fluent, Mechanical, and many more to power the next generation of space exploration: bit.ly/48f9tMO

Keeping tabs on Orion's journey to the Moon? 🚀👀 Tune into @CBSNews' Artemis II Mission Control livestream for an Orion Tracker, powered by Ansys STK: bit.ly/48ewlvV

Space telescopes like the James Webb Space Telescope and the Nancy Grace Roman Space Telescope are helping scientists expand our understanding of the universe. In order to excel, simulation is a critical step to get things First Time Right. 🌌 Engineers must first create optimized designs that can thrive in space. Designs must be rad-tolerant, safe, secure, and capable of deploying the latest innovative technology, while also reducing weight, minimizing costs, and ensuring that timelines are met. Explore how Ansys, part of @Synopsys #simulation software, can help #space telescopes achieve mission success: bit.ly/4sBvbD5