🚗 Although electric drives are simpler, lighter, and more efficient than traditional engines, developing electric drives is technologically challenging. Engineers must simulate phenomena such as electromagnetic, noise, heat transfer, and stresses. Integrating these effects and interactions is complex due to various concepts, architectures, and strategies At Simcenter and Siemens, we understand engineering challenges and are committed to helping our customers trade off attributes and develop the optimum design. Our integrated approach allows for rapid redesign and workflow reuse as requirements change while staying connected to a PLM platform. How? Watch the video below for a step-by-step approach. #Simcenter #ElectricVehicle #ElectricDrive
Simcenter
Software Development
Leuven, Flanders 52,078 followers
Where engineering meets tomorrow
About us
Simcenter is a flexible, open and scalable portfolio of the best predictive simulation and test applications, that support customers at every step in their digital journey, to drive innovation into their products, and shorten time to market. Simcenter is a key component within Siemens Xcelerator, a comprehensive and integrated portfolio of software, services, and an application development platform that speeds digital transformation. Becoming a Simcenter customer means more than purchasing world-class software or services; it opens the door to an unrivaled wealth of engineering expertise. Our technological solutions are backed by a global team of engineering specialists, dedicated to helping you meet the challenges of your industry and exceed the expectations of your market.
- Website
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http://www.siemens.com/simcenter
External link for Simcenter
- Industry
- Software Development
- Company size
- 10,001+ employees
- Headquarters
- Leuven, Flanders
Updates
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Join us on the Engineer Innovation Podcast as we delve into the future of engineering simulation and testing, exploring the game-changing technologies that are shaping the industry. From the industrial metaverse to AI and edge computing, our expert guests bring you practical insights and real-world applications. Subscribe and listen on Apple or Spotify to stay updated on conversations that truly matter to engineers across industries. https://sie.ag/NBbqm #Simcenter #NeuralNetworks #AI #Automation
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Northrop Grumman achieves flawless execution of innovative on-orbit handoff technique mission, extending the lifespan of existing satellites with a crucial role played by Simcenter simulation in ensuring mission success. Read more on this successful mission here 👉 https://sie.ag/6vkXL3
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VHIT embraces digital twin technology to predict multiphysics system performance. Using Simcenter Amesim, they developed virtual sensors and accelerated simulation time for electrical oil pump development. Read the full story here 👉https://sie.ag/3ET7x5
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Read about the new Simcenter FLOEFD 2406 release! https://sie.ag/233S3i Top new CAD-embedded CFD enhancements include: ✅ Import Simcenter Flotherm XT models into Simcenter FLOEFD ✅ Leverage Python scripting for automation using EFDAPI ✅ Benefit from faster pre-processing of huge CAD assemblies ✅ Apply Smart PCB modeling approach from within NX PCB Exchange ✅ Model PCB thermal vias under components quickly and easily And much more… #Simcenter #computationalfluiddynamics #CAD
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Making the perfect cup of tea is an art. Our blog delves into the intricacies of tea preparation, from the milk-first debate to the optimal stirring technique. https://sie.ag/4NhvuL Using computational fluid dynamics, we explore why circular stirring might be quicker but paddling more efficient—an insight even King Charles might find intriguing. #Simcenter #ComputationalFluidDynamics
Paddled not stirred: Which is the best way to stir a cup of tea? | Simcenter
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Listen now: https://sie.ag/2PEvwP Recorded at Realize LIVE Americas 2024, this episode features Dr. Tom Stoumbos, Director of Engineering at Northrop Grumman. We delve into space exploration and the technologies behind space vehicles and satellites systems. Tom shares insights into designing for the cosmos, servicing commercial satellites, and supporting lunar missions. Discover the vital role of simulation in deep space challenges, innovative refueling technologies, and the potential of AI in the next era of space travel. #Simcenter #AerospaceEngineering #EngineerInnovation
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Simcenter STAR-CCM+ latest release is now available! https://sie.ag/7V5iu6 Top new features enable CFD engineers to: ✅ Run accurate, affordable hybrid multiphase simulations with mixtures and free surfaces ✅ Simulate an expanded range of applications using Smoothed-Particle Hydrodynamics (SPH) with fluid injection ✅ Leverage GPU acceleration for Vehicle Thermal Management (VTM) simulations ✅ Speed up design exploration studies through smart simulation initialization Plus, many more features… #Simcenter #CFD #Release
Blog | Simcenter STAR-CCM+ latest release available | Simcenter
https://blogs.sw.siemens.com/simcenter
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Once all components are assembled, time is gold! It is important to identify poor NVH performance as early in development as possible. What if you can predict system NVH performance before the first prototype is built? Component-based transfer path analysis (TPA) aims to identify and combine independent source loads with a receiving structure to predict NVH performance in a virtually assembled configuration. Read the component-based TPA white paper and find out how to 👉 Set realistic component targets 👉 Predict system-level NVH performance based on individual component testing #Simcenter #NVH #electricvehicle https://sie.ag/3G1bNB
White paper I Predict system NVH performance using virtual prototyping | Simcenter
resources.sw.siemens.com
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With this new release of Calibre 3DThermal for IC Designers now available alongside existing Simcenter Flotherm software offering for thermal engineers, Siemens Digital Industries Software provides accurate thermal analysis simulation solutions from transistor to system level to improve product performance and reliability in the electronics and semiconductor sector. #Simcenter #Thermal #EDA #Calibre
Today we're introducing Calibre 3DThermal, an innovative software for thermal analysis, verification and debugging in 3D integrated circuits (3D-ICs). The highlights: 1️⃣ Calibre 3DThermal enables chip designers to rapidly model, visualize and mitigate thermal effects in their designs from early-stage chip and package-inward exploration through to design signoff by incorporating elements of Calibre verification software and Calibre 3DSTACK software along with our Simcenter Flotherm software solver engine. Calibre 3DThermal provides the outputs necessary for thermal impacts to be considered in electrical simulations. 2️⃣ Calibre 3DThermal can both consume as input boundary conditions as well as provide output to Simcenter Flotherm – enabling true IC to system thermal modeling from IC to package to board to system level. 3️⃣ Calibre 3DThermal was developed to address challenges of 3D-IC architectures where controlling heat dissipation is a key requirement. It offers fast, accurate, powerful and comprehensive approaches to identifying and rapidly addressing complex thermal issues. It provides the flexibility to start initial feasibility analysis with minimal inputs and can later perform more detailed analyses considering metalization details and their impact on thermal considerations as more detailed information becomes available. This progressive approach helps designers to refine their analysis and apply fixes such as floorplanning changes and adding stacked vias or TSVs to avoid thermal hotspots and/or dissipate heat more effectively. This iterative process continues until the final assembly is complete, significantly reducing the risk of performance, reliability and manufacturing issues at final tape-out. Delivering thermal analysis at this advanced level requires a complete understanding of the 3D-IC assembly. Waiting until the assembly is complete to identify and correct errors can severely disrupt design schedules, but Calibre 3DThermal mitigates this risk through automation and integration, allowing designers to iterate thermal analysis at whichever design stage they are working on. “Calibre 3DThermal represents a significant advancement in 3D-IC design and verification, providing designers with the capabilities they need to address thermal challenges early in the design process,” said Michael Buehler-Garcia, our VP, Calibre Product Management. “By integrating thermal analysis directly into all stages of the IC design flow, we’re enabling our customers to create more reliable, high-performance 3DICs with greater confidence and efficiency.” #IC #IntegratedCircuitDesign #News Find all the details in our newsroom 👉 https://sie.ag/7MSGfn
Siemens delivers a major leap toward mainstream 3D-IC adoption with new Calibre 3DThermal
newsroom.sw.siemens.com