Summary of 3DEXPERIENCE Structural Model Creation: Point Fastener 2D-3D Connection GuideThis guide provides detailed instructions on how to create point fastener connections between 2D Shell mesh parts and 3D Solid mesh parts within a complex assembly modeling environment. 1. Role of Simulation ConnectionsCreated within the Structural Model Creation app, these connections define the physical manner in which loads are transferred between components in a model. Load Path Definition: Determines how

Summary of 3DEXPERIENCE Physics Results Explorer: Point Fastener Resultant Sensor GuideThis guide focuses on the precise extraction and analysis of resultant forces and moments occurring at connection points such as Spot Welds, Bolts, and Rivets using the Point Fastener Resultant Sensor. 1. Overview of the Resultant SensorThe Resultant Sensor is a tool used to quantify load data at specific connection points to evaluate the structural integrity of point fasteners. Target Components: All

Summary of 3DEXPERIENCE Physics Results Explorer: Plot Sectioning GuideThe "Plot Sectioning Guide" provides a comprehensive walkthrough on how to visualize internal sections of a model and extract physical data during simulation post-processing using the Plot Sectioning feature. 1. Overview of Plot SectioningThis tool allows engineers to visualize hidden internal parts and perform precise data analysis on specific cross-sections. Visualization Options: You can choose to display the cross-section

Summary of Compression After Impact (CAI) Simulation GuideThe "Compression After Impact (CAI) Guide" provides detailed procedures for simulating the residual compressive strength of composite panels after an impact event. The key contents are summarized into the following core sections: 1. Multi-Step Scenario ProcessThis guide explains how to implement two consecutive physical events within a single simulation scenario. Step 1: Impact: The process where an impactor strikes the composite panel,

Hello everyone, I am simulating a geotechnical slope using Abaqus/Explicit CEL. In my model, Zone 2 (red marked region in the figure) represents the toe of the slope. My analysis has three steps: Step 1 (Geostatic / initial stress build-up): the slope is stable. Step 2 (Toe erosion): I weaken the toe region (Zone 2). Step 3 (Post-erosion response): I expect instability / deformation triggered by toe weakening. How I implemented toe weakeningBecause this is CEL, I cannot easily isolate toe vs

The bag is a thin elastic shell which contains a fluid cavity. Without the cavity, the bag would collapse on the top step. The simulation is in Abaqus/Explicit.

Hello everyone, I am trying to perform a bending simulation for a 4 mm thick sheet metal part using SIMULIA on the 3DEXPERIENCE platform, but I am struggling to set up the correct workflow. The goal is to simulate the bending process on an Abkant press, including realistic material behavior and springback prediction. I would appreciate your advice on: Which SIMULIA app or approach is best suited for press brake bending? Recommended steps for defining material properties, contact conditions, and

Earlier this year, the SIMULIA Learning Center announced that the platform would be retired and that PowerFLOW training materials would now have to be accessed through the 3DEXPERIENCE EDU Space. The SIMULIA Learning Center has now been fully retired. If you are a PowerFLOW customer and need access to the PowerFLOW training material, please contact your sales representative. He/she will be able to grant you access to the 3DEXPERIENCE EDU Space. The 3DEXPERIENCE EDU Space is Dassault Systèmes’

✅ IVCAD Suite 4.0 Key Highlights & New Features: With the release of IVCAD Suite 4.0, we’re excited to share a major step forward in RF and microwave design innovation. Following the merger of AMCAD Engineering with Dassault Systèmes in May 2024, our combined teams have worked closely to merge the best of both worlds — uniting IVCAD’s measurement and modeling expertise with the powerful simulation capabilities of CST Studio Suite. This collaboration has resulted in a significantly enhanced

Hello When installing Abaqus (Learning Edition), the following message is given The Java Runtime Environment (JRE) path check failed even though JDK is installed. What should I do to install Abaqus? If anyone knows, please advise.

📅 January 15, 2026 ⌚ 5:00 p.m. CET / 11 a.m. EST ▶️ Register now Transforming Fluid Simulation with MODSIM* Innovation In today’s fast-paced industrial landscape, the seamless integration of design and simulation is no longer optional—it’s essential. SIMULIA’s Fluids simulation portfolio embodies this shift, embracing the MODSIM paradigm to bridge the gap between CAD and simulation. This approach ensures full associativity, automatic updates with design changes, and powerful

I want to simulate the deflection of a beam by a scanning magnet. The coils are solids constructed by scanning a path, but errors keep occurring during computation: When using the Hexahedral FIT mesh, an error is thrown directly with the following message:"The hexahedral-based solvers do not support solid conductor types for coils. For coil 'coil1' a stranded conductor model will be used. The hexahedral-based solvers do not support solid conductor types for coils. For coil 'coil2' a stranded

📅 February 10, 2026 ⌚ 9:00 a.m. CET ▶️ Register now Quieter Wind Turbines, Smarter Solutions Wind energy is expanding rapidly, but so are the challenges—especially noise. Stricter regulations and community concerns demand innovative solutions to reduce turbine noise, ensuring wind power remains both sustainable and socially acceptable. The Noise Challenge Wind turbines generate two types of noise: aero-acoustic (from airflow over blades) and vibro-acoustic (from mechanical

SIMULIA AI Inspiration Showcase Video [1.5 min] A journey through current possibilities, let's team up! Watch our latest Tech Talks showcasing Virtual Twin Physics Behavior workflows AI/ML-Driven Design for Shorter Component Development Times AI-Powered MODSIM Drives Better & Faster Vehicle Development Introducing Virtual Twin Physics Behaviors based on machine learning Our latest technology enables you to create detailed models and capitalize on knowledge capture within the

📅 January 20, 2026 ⌚ 5:00 p.m. CET / 11 a.m. EST ▶️ Register now Discover New Possibilities in Simulation Innovation in modeling and simulation is reshaping industries—from aerospace to telecommunications. With CST Studio Suite, you gain access to powerful tools designed to optimize performance, accelerate workflows and push the boundaries of what’s possible. Join our upcoming live E-Seminar to see how the latest advancements in high-frequency solvers, meshing and

Hello all! Can we use XFlow to simulate wind-wave, I know it supports muti-phase, and it has wave generator, but I don't know how to define air and wave velocity separately，for example, scenarios involving floating wind turbines or sailboats navigating through waves. Anyone knows how? Thanks!

Overview The SIMULIA Living Heart Human Model is a groundbreaking, high-fidelity multiphysics simulation of a healthy, four-chamber adult heart, including detailed anatomy such as the Left Ventricle, Left Atrium, Mitral Valve, and Chordae. It realistically replicates the heart's electromechanical behavior, enabling the virtual testing of cardiovascular and rhythm management devices (e.g., artificial valves, stents, defibrillators). This innovative tool accelerates the development of safer, more

Meet @MM, a FEA Expert at Valeo. Maciej Majerczak is an FEA Simulation Expert at Valeo, where he has been working since 2017. His responsibilities include design verification, proposing improvements, and optimizing processes through the use of finite element analysis. He primarily focuses on dynamic testing and simulations for automotive components. Additionally, Maciej writes standards and methodologies for FEA engineers based on internal research and leads the automation/scripting team. He

Meet @ES, who is a Microwave Designer at Kubara Lamina S.A. Emil Szkop graduated from Warsaw University of Technology with a Master of Science in Physics. He joined Kubara Lamina S.A. as a microwave designer in the Research and Development Center over 10 years ago. Since then, Emil has been working with various simulation software, with a focus on electromagnetic and particle-in-cell simulations using CST Studio Suite. He has experience designing and simulating microwave tubes, including

What is IVCAD?IVCAD Suite is an integrated collection of software functionalities that supports the entire workflow of RF measurement, modeling, and simulation of active and nonlinear components — helping engineers achieve reliable circuit and system designs from the very first steps. Originally created by AMCAD Engineering, a company recognized for pioneering advanced measurement techniques and high-accuracy component and circuit modeling, the platform has continued to evolve and is now part of

I am writing to ask for a solution to optimize our workflow regarding the visibility of Finite Element Models (FEM). Current Workflow: Our team primarily works in the Product Structure Editor (XEN) app. To maintain a clean tree structure, we keep 3DShapes hidden. For visual inspection, we frequently drag and drop Physical Products from XEN into 3DPlay. The Issue: Since we recently started adopting Simulia, we have noticed that FEM representations are now automatically populating in both the

Hello everyone, I am working on an Abaqus model using XFEM for crack initiation and propagation in a solid structure. The crack initiates as expected and propagates through the domain; however, the global stiffness of the model does not degrade, and the global load–displacement response remains almost linear even after significant crack growth. I´ve tried in this model: 3D deformable solid elements (I´ve tried Tet and Hex-dom in mesh control, C3D4 and C3D8R) XFEM-based damage initiation and

Structural optimization tools like Simulia Tosca Structure provide methods to easily design lightweight, rigid and durable components and systems. Tech Talks Getting started videos e-Learning package consisting of a series of narrated videos and workshop example: Getting Started with Tosca Structure Sizing Optimization 45 minute overview e-learning sessions: Getting Started with Topology Optimization Getting Started with Shape OptimizationEfficient Design Optimization in Your CAE Environment

About Simpack SIMULIA Simpack is a leading Multibody System Simulation (MBS) software for the dynamic analysis of any mechanical or mechatronic systems, enabling engineers to generate and solve virtual 3D models in order to predict and visualize motion, coupling forces, and stresses. Simpack is used in a wide range of application areas, primarily within the automotive, engine, HiL/SiL, power transmission, railway, and wind energy industries.Simpack can be applied to any branch of mechanical

E-seminars ▶ PowerFLOW e-seminars Tech Talks Streamlining CFD with SIMULIA’s Fluid Dynamics Engineer Manufacturing Process Simulation Streamlined CFD Simulation with Fluid Dynamics Engineer on 3DEXPERIENCE Release Series 2025x | Fluids Simulation Enhancements Fluids Simulation Enhancements R2024x GPU accelerated CFD for Powertrain Lubrication and Tank Sloshing Workflows Balancing Cabin Acoustic and Thermal Comfort Performance with Simulation Driven Design Release R2023x | SIMULIA Fluids

Opera Simulation Software is a Finite Element Analysis software suite which allows users to perform simulations of electromagnetic (EM) and electromechanical systems in 2 and 3 dimensions. Opera complements the existing SIMULIA EM portfolio with its strength in low frequency simulation, which is extremely useful for the design of magnets, electric motors and other electrical machines. Tech Talks Opera brochure Training classes Standard training classes (e.g. Introduction to Opera-3D

▶ Tip: Use the hamburger menu icon () in the top right to easily navigate the page Manatee is a software specialized in the assessment and control of magnetic noise and vibrations at concept and preliminary design phases. Its user-friendly collaborative environment is made for electrical, mechanical and NVH engineers involved in electric drive development. Getting started with Manatee In this section you will find all the resources you need to get started with Manatee software. Step

Tech Talks Documentation Isight User Assistance The most current version of the Isight Documentation available online via the Dassault Systemes Help portal. Workshops & TutorialsAn Introduction to Isight with Microsoft ExcelAbaqus/Isight Workshop Series on a Honeycomb Sandwich Panel Getting StartedIsight DocumentationIntroduction to Isight videosPresentation: Adding Isight to your Toolbox for Integration, Automation, and Design ExplorationIsight-Abaqus Version Compatibility Tech Tips &

Tech Talks fe-safe User Assistance fe-safe 2025 Documentation Collection Getting Started with fe-safe (e-learning tutorial, 50 min) Community learning resources Technical papers and Application examplesfe-safe Industry ApplicationsSpot Weld Modeling and OptimizationAchieving Durability Before You Build and Break: Modern Solutions for Fatigue Analysis (Using fe-safe/Rubber by Endurica LLC at SCC Berlin 2015)Load Measurement and Linear Dynamics (Integrated Solutions from Wolf Star

🔎Note: You can use the menu button (top right) to go directly to a section in a post. Tech Talks 👉 For upcoming Tech Talks, see 🎤Tech Talks & E-seminar collection Community tags are a great way to filter the newsfeed. Just select the Structures tag and the Tech Talk tag to see all the latest Tech Talks. Blogs ➡️ All SIMULIA Structures blogs on the website You can see the community Blog Roundups by using the What's new tag: E-seminars archive The Archive | Tech Talks & E-seminars wiki page

SIMULIA Electromagnetic Days Watch the replays at SIMULIA Electromagnetic Days Tech Talks For upcoming Tech Talks, see 🎤Tech Talks & E-seminar collection Community tags are a great way to filter the newsfeed. Just select the Electromagnetics tag and the Tech Talk tag to see all the latest Tech Talks. Getting Started Videos There are two very useful Getting Started Videos, which can be found in the CST Studio Suite installation folder. These will guide you through an overview of the CST Studio

Antenna Magus is a software tool for the acceleration of the antenna design and modeling process. Validated antenna models can be exported to CST Studio Suite from a huge database of over 350 antennas. Antenna Magus has proven to be an invaluable aid to antenna design engineers and to anyone who requires antenna models for antenna placement and/or electromagnetic interference studies. An engineer can make a more informed choice of antenna element, providing a good starting design and thus

What is the 3DEXPERIENCE platform? Enhancements to roles Visit the 3DEXPERIENCE Platform User's Community for update information on both major and minor releases R2026x GA on the CloudR2025x GA on the CloudR2024x GA on the Cloud Resources 3DEXPERIENCE Communities 3DEXPERIENCE Platform User's Community3DEXPERIENCE Edu Students CommunityMODSIM CommunityLooking for documentation, tips & news about the 3DEXPERIENCE platform? The 3DEXPERIENCE Platform User's Community is the right place to

Access content relevant to the product you use and discuss with other users 👉 Navigate to the product wiki page to explore the learning resources

▶ Tip: Use the hamburger menu icon () in the top right to easily navigate the page Videos Wind Turbine Engineering | Industry Process Experience Solution An overview of SIMULIA solutions that support the wind energy sector and accelerate the transition to a sustainable future. Now You Know | Wind Turbines You see them on the horizon. They're popping up everywhere. But what do you really know about wind turbines? Steve Mulski, SIMULIA Wind Energy Executive Industry Process Expert, helps us

As aircraft noise regulations become more stringent customers across aerospace, defense, and advanced air mobility are looking for smarter, faster solutions to reduce noise. Our customers widely recognize SIMULIA PowerFLOW for helping them meet their aircraft noise reduction targets. Resources On-Demand Webinar E-book Blogs

Steering the Digital Future of Electric Vehicles Electric vehicle sales are increasing year on year, and several significant jurisdictions have already committed to phasing out fossil fuel cars in the coming decades. The transition from internal combustion to battery electric vehicles brings both new challenges and new opportunities. Challenges include optimizing the battery, which is still the largest and most expensive electrical component in the electric car. Additionally, engineers

Digital Thread for Additive Manufacturing With the advent of highly controlled materials and processes, made possible through advanced software, we are now seeing a proliferation of much more functional engineering applications using layer-wise manufacturing methods. We call these processes Additive Manufacturing methods. Iconic companies in the aerospace, automotive, and life sciences industries have embraced this paradigm shift in manufacturing, and the industry has moved

Future Communication Technology for a Smart, Connected and Safe World Current mobile data technology is being pushed to its limit and original equipment manufacturers (OEMs) and suppliers must develop 5G capable devices and networks to remain competitive. However, the increased complexity of mobile design for 5G inherently introduces more failure points. Many companies who are developing mobile devices, IoT products and cellular infrastructure are using the realistic simulation tools developed

3DEXPERIENCE Cloud provides easy access to the necessary, on-demand computing power for all types of simulation workflows Resources & Articles Cloud webinar series - available on demand 2025 series 2024 series ➡️ Explore more Topics of Interest

The Fluids discipline covers steady-state and transient internal and external flow around and through solids and structures using Computational Fluid Dynamics technology. A fully-featured Navier-Stokes solver is used for native roles on the 3DEXPERIENCE platform. Internal and external fluid domain models can be developed directly from the CATIA or SOLIDWORKS design geometry providing an integrated modeling & simulation capability. On the 3DEXPERIENCE platform, fluid simulation methods can be

Electromagnetics simulation discipline includes technology for simulation of electromagnetic waves propagation and signal strength related to design and positioning of devices for communication and detection. Technology from CST Studio Suite is connected to the 3DEXPERIENCE platform to allow a wide range of high-frequency and low-frequency scenarios to be efficiently simulated related to electromagnetic performance and device placement. Learning Resources by Product Antenna Magus CST Studio

Automation To increase the value of simulation investment, the Automation discipline includes capabilities to allow users to develop, store, manage, deploy, share, and replay standard methods for simulation-driven design. The use of standardized methods reduces error, increases efficiency, and maximizes simulation value by spreading the knowledge and know-how embedded in simulation processes and allowing replication of these processes throughout the enterprise.

MODSIM Community MODSIM conferences focus on game-changing technology from CATIA, SOLIDWORKS and SIMULIA, inspiring managers and leaders to design and innovate the next generation of products – together – on one business platform. Brand User Communities Our brand user communities are an excellent place to share knowledge and know-how. Click one of the icons to visit, learn and participate! 3DEXPERIENCE Students CommunityThe 3DEXPERIENCE Edu | Students Community is a place for all

SIMULIA offers an advanced simulation product portfolio, with an extensive range of e-seminars. New e-seminars are being released all the time. Recent and Upcoming Tech Talks Title Discipline Status Date AI-Powered MODSIM Drives Better & Faster Vehicle Development Structures On demand Dec 11, 2025 AI/ML-Driven Design for Shorter Component Development Times Structures On demand Dec 4, 2025 Active Antenna Design with CST Studio Suite & IVCAD Electromagnetics On demand Nov 5, 2025 DMP

As part of the R2026x GA user assistance, SIMULIA R&D created a 3DEXPERIENCE tutorial that teaches you how to use the Physics Manager to manage a fluid flow simulation and its results. To perform the steps in this tutorial, you use the Fluid Scenario Creation and Physics Results Explorer apps. While completing this tutorial, you learn how to: Orient the Physics Manager in the app and customize its display. Compare how you define physics domains using the Physics Manager and using the Assistant

▶️ Watch now How can the automotive industry accelerate product development with AI while maintaining high performance, quality and reliability standards? Step into the future of product design validation in the concept phase with Virtual Twin Physics Behavior, an AI-powered MODSIM approach that enables the near-real-time prediction of simulation results. The Dassault Systèmes concept engineering offering leverages advanced technologies from CATIA and SIMULIA to support the

▶️ Watch now Step into the future of product design with Virtual Twin Physics Behavior. This session explores how SIMULIA AI/ML-powered Modeling and Simulation (MODSIM) on the 3DEXPERIENCE platform creates a virtual twin of the physical behavior of an industrial component, such as a clamp. The resulting model enables rapid prediction of simulation results, facilitating quick exploration of the design space without simulating each variant. Project teams can use the physics behavior

Hi all, i am trying to create a UAMP Fortran subroutine for performing a thermal analysis of a localised post weld heat treatment. I am applying a heat flux load to various surfaces (SURFFLUX), i have 14 total, each of these use their own UAMP. for example: Surfflux1 uses UAMP_01, this continues until Surfflux14 uses UAMP_14. I also have 14 history output requests (1 for each surface and load) and these are node sets (nset), they are outputting the NT (Nodal Temperature) and include the sensor

2025 Top 10 Q&A Articles for January 2025 January 2025 | New SIMULIA Q&A EntriesFebruary 2025 | New SIMULIA Q&A EntriesJuly 2025 | New SIMULIA Q&A EntriesAugust 2025 | New SIMULIA Q&A EntriesSeptember 2025 | New SIMULIA Q&A EntriesOctober 2025 | New SIMULIA Q&A EntriesNovember 2025 | New SIMULIA Q&A EntriesDecember 2025 | New SIMULIA Q&A Entries 2024 Top 10 Q&A Articles for January 2024 Top 10 Q&A Articles for March 2024Top 10 Q&A Articles for May 2024Top 10 Q&A

This month's Knowledge Articles cover useful information from the following Portfolios: Simulation SIMULIA Abaqus Unified FEA SIMULIA CST Studio Suite SIMULIA Opera SIMULIA PowerFLOW Suite You can discover all these articles and more in Dassault Systemes Knowledge Base. Please note that you will need a valid DS Passport account with appropriate user role to access Q&A Articles. When you do not have appropriate roles, you will see an error message similar to "your search yielded no

The R2026x GA release of the user assistance includes an update to the existing example Explicit Dynamic Analysis of a Pillar Collapse. 💥 In earlier releases, the example demonstrated how to define and run a simulation in which a high-speed event crushes a pillar. While the example continues to illustrate this type of event, it now also illustrates how to account for the real-life pillar's geometric imperfections. Accounting for these geometric imperfections substantially changes the workflow.

Hello there, I was trying to define three field variable where angle of internal friction and cohesion depend on those field variable. But I am getting the following errors: ***ERROR: Internal error in look-up table generation. Check that dateline. entries are sufficient to describe the dependence in all independent variables. I am attaching the screenshot where you may see how I define the field variable. Can you please tell me the correct way to define the properties to avoid this

E-Machine Workshop Series 2025 Technology Day | Santa Clara 2025 Technology Day | Calgary 2025 Electromagnetic Technology Day Energy Day | 2025 Structures Technology Day | 2024 Technology Day | Montreal 2024 High-Tech Industry Day | Santa Clara 2024 Technology Day, Calgary | 2024 Electromagnetic Days | 2024 Energy Day | 2024 High-Tech Industry Day | 2023 MBS Tech Days 2021 | 2021

Hello, I’m working with an ALE mesh and the UMESHMOTION subroutine. For testing purposes I’m simply trying to impose a uniform prescribed displacement on a surface using UMESHMOTION. However, the nodes close to partitions and other edges of the surface do not experience the same displacement magnitude as the rest of the surface. Is there any specific control, setting, or recommended procedure for this type of problem?

Abaqus CAE Hi I am a bit new to using FEA software and have been given a project by my university to design a connecting rod for use in a automotive system. right now I have made the model as seen in the image, imported it into ABAQUS and I am trying to see were the stress is acting and what area material can be reduced. The problem is that I keep getting an error message and I have no idea what's gone wrong and the message file isn't that helpful. I was able to make a simple model with the

We want to give you an overview of our public training schedule for the first half of 2025. Please see the lists below for details: Structural Mechanics/Abaqus Introductory Classes Date Training Location Weblink/Registration Language 01/20-23/2026 Introduction to Abaqus Online & Karlsruhe https://reg.simulia-training.3ds.com/flow/3ds/pec012026techgm/registration/loginDE 02/03-06/2026 Introduction to Abaqus Stuttgart

Techsburg required a solution to mitigate aircraft noise and analyze complex gas turbine fluid dynamics for safety and compliance purposes. With PowerFLOW, they were able to simulate noise and airflow behaviors early on, reducing the need for costly physical testing. This strategy saved them significant time and resources while sharpening their competitive edge. Watch the video Read the blog article

It's hard to believe that 2025 is almost over! We had some great blogs last month, from revolutionizing packaging design with virtual box compression testing to streamlining additive manufacturing workflows with DELMIA and SIMULIA, innovation is driving efficiency and cost savings across industries. Techsburg leverages PowerFLOW to reduce aircraft noise and optimize gas turbine safety, while SIMULIA CEO Michelle Ash highlights how AI and machine learning are reshaping engineering creativity.

Welcome to the latest SIMULIA Newsletter! Explore how our cutting-edge simulation solutions are driving innovation across industries. From democratizing advanced workflows in structures and fluids to optimizing electromagnetics and multiphysics challenges, discover tools that accelerate design, reduce costs, and enhance performance. Learn how AI, cloud-based solutions, and unified licensing are transforming engineering efficiency, and celebrate 20 years of SIMULIA empowering engineers to solve

The e-Machine Workshop Series was held, enabling SIMULIA technical experts to demonstrate how our customers can gain cutting-edge insights and techniques in simulation for electrical machines, thereby enhancing their design processes and driving innovation in their projects. The four workshops were each one-day events, held at four different regional locations in EuroWest (Velizy, France), EuroMed (Milan Segrate, Italy), EuroCentral (Darmstadt, Germany) EuroNorth (Nottingham, UK) during

This presentation was held as part of the e-Machine Workshop Series 2025: Abstract This presentation covers key aspects of e-machine optimization, including identifying relevant KPIs and leveraging the MODSIM approach to use parametric CAD models within CST Studio Suite. It explores typical machine outputs such as DQ models, torque vs. speed characteristics and efficiency map calculation. Advanced topics, such as demagnetization, ROM extraction from finite element solutions and utilizing

This presentation was held as part of the e-Machine Workshop Series 2025: AbstractThis presentation focuses on the exchange of electromagnetic quantities with both system-level simulations in Dymola and multibody dynamics in Simpack. It will demonstrate how to create reduced-order models (ROMs) and how to apply them effectively across various domains. Slides SpeakersEuroWest: @OF L EuroMed & EuroCentral: @CK EuroNorth: @DI

This presentation was held as part of the e-Machine Workshop Series 2025: AbstractThe presentation illustrates the integration of various physical principles when optimizing electrical machines. It explains how to encapsulate the behavior of an electrical machine in a Functional Mockup Unit (FMU) and provides an example of using an FMU, created with CST Studio Suite, in a system-level model. The presentation also discusses incorporating 3D effects from end windings into the FMU and the

Thank you for attending the EuroMed Conference in Rome, Italy, on July 1–2, 2025 This in-person-only event was completely free to attend and brought together engineers from across industries for two days of insight, innovation, and inspiration. Attendees connected with fellow simulation professionals from 10 different countries, collaborated on new ideas during conversations, and stayed current with the latest advancements in simulation technology. Attendees enjoyed: 57 Industry-leading

Hello, I am running a CFD analysis in 3DEXPERIENCE using the Fluid Scenario Creation App. Although I have precisely defined the surface roughness and created the FE mesh with the required fineness, the surface roughness is not being considered in the simulation. Here is the corresponding entry in the log file and the setup in 3DX: W A L L B O U N D A R Y C O N D I T I O N S ============================================= Surface ID Amplitude Magnitude User Variables ==========