Hello all you Ansys Structures Mechanical users. Today we have a python cheat sheet to help you navigate adjustments in the geometry panel view, created by our own Tasos Katsoudas: https://ansys.me/41caJN5 Have questions or comments? You can engage directly with Tasos on his original forum post, here: https://ansys.me/3U0wtb5
Ansys Developer
Software Development
Engineer new solutions to automate, manage, and extend the power of simulation workflows.
About us
Engineer new solutions to automate, manage, and extend the power of simulation workflows.
- Website
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https://xmrrwallet.com/cmx.pdeveloper.ansys.com/
External link for Ansys Developer
- Industry
- Software Development
- Company size
- 5,001-10,000 employees
Updates
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Ansys Developer reposted this
Foster synergy, streamline workflows, and shorten time-to-market with new AI-driven tools and enhancements in Ansys 2025 R2. Highlights include: - Ansys Engineering Copilot: Your built-in AI assistant for simulation help, documentation, and expert support. - AI+ add-ons: Enhance Ansys solvers with AI for better runtimes, higher fidelity, and integrated optimization. - AI-enhanced data management and workflow automation. Learn more about how Ansys 2025 R2 is enabling next-level productivity with AI, smart automation, and broader on-demand capabilities. 🔗 https://ansys.me/456JmW2
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Ansys Developer reposted this
#PyAnsys, #PySpeos, and #PyOptiSLang are once again driving innovation—this time in material modeling. By automating optical simulations and design iterations, this workflow enables the creation of target materials without time-consuming real-world measurements. Faster, smarter, more efficient.
Did you know… you can optimize optical materials automatically using Python scripting with Ansys tools? What if you could automate optical material tuning and reach your exact reflectivity targets without manual iterations? That’s exactly what this example achieves using PyAnsys, combining PySpeos and PyOptiSLang in a powerful, Python-driven optical optimization workflow. Whether you're working in automotive lighting, photonics, or advanced materials R&D, this method showcases how simulation and automation can transform design cycles. Here is the challenge: We want a metallic material to reflect 70% of incident light. The key? Adjust the complex refractive index (both real and imaginary parts) to hit this precise target. 💡 The solution: A two-part Python workflow using PyAnsys: Part One: PySpeos handles the design iteration. In the speos_solve . py script, we: ▪️ Apply numerical offsets to the refractive index values of the metallic sample. ▪️ Write and replace the material file in the simulation. ▪️ Run the Speos simulation and extract the total reflectivity result. This is all driven through a Speos server connection—compute locally on CPU or switch to GPU for speed. The result? An automated design loop powered by simulation. Part 2: PyOptiSLang orchestrates the optimization. In main_optimization_study . py, we define a One-Click Optimization (OCO) using: ▪️ Real and imaginary index offsets as input parameters. ▪️ Total flux measured by an intensity sensor as the response. ▪️ A target objective: 70% reflectivity. PyOptiSLang manages variation analysis, sets up a robust workflow (OCO + MOP nodes), and calls the PySpeos script for each design iteration. The system evaluates 100 designs in batch mode—and automatically identifies the optimal material configuration. 📊 The result? The best design achieved 70.09% reflectivity, effectively hitting the target through optimization—not trial and error. This project illuminates how engineering simulation, driven by Python and Ansys tools, helps streamline optical design workflows from concept to performance validation. Whether you’re new to PyAnsys, exploring automation in optical simulation, or looking to bring optimization into your product development, this example is a great starting point. Want to learn more? Read the full article here: https://ansys.me/3ZEh1Vj #OpticalDesign #PyAnsys #MaterialOptimization #PythonScripting #PySpeos #PyOptiSLang
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Ansys Developer reposted this
✨ We did it — PyAEDT has surpassed 1 million downloads 🚀 I’m incredibly proud to share that our Python library for electromagnetic design automation has now been downloaded over 1 million times across the globe only on Conda. This number is even more incredible if we sum the almost 800 thousands downloads from Pypi. This milestone reflects the dedication of an amazing team, the vision of our company, and the trust of a growing community of engineers, researchers, and innovators. 💡 A huge thank you to my brilliant colleagues for their expertise and passion. Samuel López Ruiz, Giulia Malinverno, Devin Crawford, Sébastien Morais, Simon Vandenbrouck, Hui Zhou, the entire PyBreakfast Team and all the other great contributors that every day work hard with our customers to deliver automated workflows. 🏢 Thank you to Ansys for continually supporting open-source innovation. 🤝 And of course, thank you to every user, contributor, and partner who chose PyAEDT to bring their projects to life. Let’s keep pushing the boundaries of simulation and automation — this is just the beginning. #PyAEDT #opensource #electromagnetics #Python #EDA #simulation #1MillionDownloads If you haven't tried it yet, give a look it here! It's free https://xmrrwallet.com/cmx.plnkd.in/drJyndDX
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Ansys Developer reposted this
Synopsys and Ansys are now united! Today, we proudly announced the completion of Synopsys Inc’s acquisition of Ansys, creating the leader in engineering solutions from silicon to systems: https://ansys.me/4eQYETe This is a transformational milestone, building on our longstanding partnership and shared mission to empower innovators to drive human advancement.
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Ansys Developer reposted this
📢 𝗡𝗲𝘄 𝗕𝗹𝗼𝗴 𝗦𝗲𝗿𝗶𝗲𝘀 𝗔𝗹𝗲𝗿𝘁! We’re excited to Introduce our New Technical Blog series: 🚀 🔍 "Understanding gRPC-Based Python-Ansys Integration: Enabling Smart Engineering Solutions with #PyAnsys". 📰 In this series, we dive deep into how gRPC enables efficient, scalable, and smart communication between Python-based tools and Ansys solvers - opening new doors for automation, customization, and performance in simulation workflows 🧠⚙️ Whether you're an engineer, developer, or just curious about next-gen CAE integrations, this is for you! 🚀 Read more now! 🔗👇 https://xmrrwallet.com/cmx.plnkd.in/gXGNfhNJ 🧩 Stay tuned for insights, code snippets, and real-world applications. #PyAnsys #ansys #CADFEM #gRPC #Python #automation #EngineeringAutomation #Simulation #DigitalEngineering #FEA #APIIntegration #EngineeringInnovation #SmartEngineering CADFEM India Ansys Developer
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Ansys Developer reposted this
Exciting news! In version 0.4.* of Ansys Python Manager, we've switched the default package manager to 'uv'. This change makes managing your Python and PyAnsys modules a breeze. For those interested in upgrading to the latest release, you can do so by visiting: https://xmrrwallet.com/cmx.plnkd.in/gXdg5cDt A big shoutout to the incredible team behind this update: Tushar Bana, Sakthi prakash R, and Roberto Pastor Muela. For more details on 'uv', check out: https://xmrrwallet.com/cmx.pdocs.astral.sh/uv/
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Our July developer forum pop quiz has landed. Think you know your PyMAPDL stuff? Check out this simple meshing question, and see if you're a true expert: https://ansys.me/4lFvMiT #PyAnsys #Ansys #simulation #meshing #MAPDL #engineering #science
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Ansys Developer reposted this
Space is unforgiving. 🌌 With the help of simulation, innovative space leaders are making the impossible possible. 📺 Tune in for the world premiere of #SimulatingSpace, Tuesday, June 24, at 12 PM EST on the Ansys YouTube channel: https://ansys.me/4lEbKpl
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Are you holding tight your clever hacks and insights for PyAnsys or Ansys development that you swear by? Why not drop them here instead of keeping them to yourself! Your tips and tricks can be related to any tool in our portfolio, and we’ll highlight the gems on our page later this month. https://ansys.me/43YeuGw
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