SIMULIA eLearning Courses are FREE for all Users: You can see the agenda of each of our new SIMULIA Quickstart Courses using these direct links: Quickstart: Structural Simulation on the 3DEXPERIENCE platformQuickstart: Durability Simulation on the 3DEXPERIENCE platformQuickstart: Fluid Simulation on the 3DEXPERIENCE platformQuickstart: Motion and Multibody on the 3DEXPERIENCE platformQuickstart: Plastic Injection Simulation on the 3DEXPERIENCE platformQuickstart: Topology Optimization on the

I am validating a hyperelastic constitutive model implemented in Abaqus against an independent JAX/Python implementation. Verification status Uniaxial tension: JAX and Abaqus match almost perfectly. Equibiaxial tension: There is a noticeable mismatch in the middle of the loading curve. Abaqus model Element: C3D8H incompressible hyperelastic material Square specimen with dimensions 1 × 1 × 0.04 Symmetric biaxial displacement loading:Left edge: prescribed (U_1) Right edge: prescribed (U_1) Bottom

Hi, I am modeling a MPC-Tie type connector. The connector section is applied to a wire feature that connect two points in a model. The reason why the MPC is defined as a connector and not a constraint is to have the flexibility to turn the wire on/off during solution resulting in connection turned on/off as needed. However, I get the error shown in the image below when I try to run the solution. The part is dependent and has mesh. The two nodes getting connected belong to two separate disjointed

Free SIMULIA Training Courses for all Users: The new SIMULIA Quickstart Courses are now available at no cost to all users! Quickstart: Structural Simulation on the 3DEXPERIENCE platformQuickstart: Quickstart: Durability Simulation on the 3DEXPERIENCE platformQuickstart: Fluid Simulation on the 3DEXPERIENCE platformQuickstart: Motion and Multibody on the 3DEXPERIENCE platformQuickstart: Plastic Injection Simulation on the 3DEXPERIENCE platformQuickstart: Topology Optimization on the

▶️ Watch now 📢 Explore our full A&D Webinar series - June 2026 As defense programs become more integrated across platforms, systems and engineering processes, electromagnetic performance plays an increasingly important role in critical technical and program decisions. Radar, communications, electronic warfare, stealth, EMC and electromagnetic resilience influence not only system performance, but also integration risk, validation efforts, survivability and mission readiness. EM

I am making a simulation of a molten metal droplet that impacts a substrate. I am using a Coupled euelerian lagrangian approach (an eulerian mesh for the droplet and a lagrangian mesh for the substrate). To model the material behaviour I use an equation of state (EOS) and the viscosity of my metal. I have changed several times the size of my eulerian mesh and the volume fraction (for visualization) but my droplet breaks up in multiple pieces. Is ther any numerical hack that I can use for

1. CST Studio Suite 2026 GA_SP3 release note_JP.pdf メディアダウンロードは下のリンクをご覧ください。 SIMULIA技術サポートの各種手順書をダウンロードいただけます。 You can download Japanese manuals for SIMULIA technical support.

1. CST Studio Suite 2026 GA_SP2 release note_JP.pdf メディアダウンロードは下のリンクをご覧ください。 SIMULIA技術サポートの各種手順書をダウンロードいただけます。 You can download Japanese manuals for SIMULIA technical support.

Hello all, I face a problem simulating the transition from one dielectric waveguide to another one of the same type but 90 degrees rotated along its axis. My setup is very similar to the "Straight Section" example. The difference is that the cladding in my model is a dielectric in one dimension and vacuum in the other: I get this warnings: and indeed the balance is above 1 leading to unrealistic S-parameters. The same warning appears even in the examples provided in the component library. How

QustomApps is excited to announce the newest version of QustomPCB 2026-1 QustomPCB Release 2026-1 (Free) (Import tool for CST) This new release of QustomPCB supports the import from ODB++. The component outline, height, and thickness are read from the ODB++ to build the component geometry and mesh. Positions of solder balls and leads are also read for each component, making it easy to use the tools inside QustomPCB to build rows of leads or ball grid arrays on components which can be used to

We thank all our customers, partners and Dassault Systèmes colleagues for participating in our free, in-person EuroMed Conference 2026 in Padova, Italy. Whether you were presenting or “just” attending, you helped shape this event and made it what it is: a great forum that brought together engineers from various industries for two days of insight, innovation and inspiration. From June 8–9, 2026, nearly 230 professionals from 15 countries did just that — doing what they love most: connecting with

▶ Tip: Use the menu icon () in the top right to easily navigate the page 📄Abstracts Submitted Day 1 - May 13 Advanced Seminars Topic Sessions & Descriptions Structures Session 1: Practical Nonlinear Finite Element Analysis with AbaqusSession 2: A General Review of Fatigue Assessments, Including the Recent Trends of AI/ML Adoption on Fatigue Electromagnetics Session 1: Electromagnetic Simulations for the T&M Industry: An Overview Session 2: Electromagnetics Focus

2026 Schedule Our Regional User Meetings serve as a central meeting point for engineers, researchers and academics from all industries to exchange ideas and experiences in all aspects of simulation technology. Americas Users Conference Novi, Michigan, USA May 13-14 EURONORTH RUM Gothenburg, Sweden May 27-28 EuroMed ConferencePadua, Italy June 8-9 EUROWEST RUM Vélizy, France June 11 Korea, RUM Seoul, Korea June 11 EuroCentral RUM Darmstadt, Germany June 16-18 Japan RUM Tokyo, Japan September 11

Hello everyone I am performing an import analysis from Abaqus/Standard to Abaqus/Explicit. The original Standard job generated all the required files (.odb, .mdl, .prt, .stt, etc.), and the import model is configured according to the Abaqus documentation. However, during preprocessing of the Explicit import job, Abaqus stops when attempting to access the original analysis library files. The job fails before the analysis starts (see the snapshot attached). One detail that may be relevant is

Hi , I am trying to capture correct electric field above PEC reflector. Biconical antenna and field probe are placed above the reflector with the separation of 10m. Frequency range is 30MHz to 300MHz. Antenna is placed 2m above from the reflector. the probe is scanned from 1m to 4m with 0.5m step-width. I run the TLM solver, and field is not correct what I received in MATLAB. it's simple two ray theory. the simulation setup is simple. I am curios why I am unable to capture the correct field ?

Abaqus와 fe-safe를 활용한 잔류 응력 연계 내구 해석 방법론 작성: 강찬회 기술 파트너(다쏘시스템코리아 SIMULIA 인더스트리 프로세스 컨설턴트) 1. 개요 부품의 내구 수명을 정밀하게 예측하기 위해서는 단순한 정적 안전율 계산을 넘어, 실제 가동 중 발생하는 반복 하중 조건을 반영해야 합니다. 특히 구조물이 제조 공정을 거치는 동안 내부에 축적되는 가공경화와 잔류 응력은 필드에서의 균열 개시 시점을 결정하는 핵심 변수입니다. 많은 경우 공정 이력을 배제한 채 초기 공칭 상태로 피로 해석을 진행하지만, 이는 실제 부품의 잔존 수명과 상당한 오차를 발생시키는 원인이 됩니다. 본 포스팅에서는 알루미늄 합금(AA5083) 점진 성형 부품의 고주기 피로(HCF) 수명을 예측한 최신 연구 사례(Journal of Materials Research and Technology, 2026)를 기반으로, Abaqus와 fe-safe를 활용하여 제조 공정 유발 잔류 응력을 피로 수명

Quickstart modules | SIMULIA on the 3DEXPERIENCE platform The Quickstart module series is designed to help users take their first confident steps with SIMULIA apps on the 3DEXPERIENCE platform — even if they’re brand new to it. ✅ 100% free | ✅ No installation required | ✅ Learn by doing 📄Read about the Quickstart modules in the SIMULIA blog ▶️Access the Quickstart modules on EduSpace: Durability SimulationTopology OptimizationMotion and Multibody SimulationPlastic Injection SimulationStructural

Hi everyone, I am a bit frustrated. I am doing MI calculations with Abaqus 2025 on a stationary turbine blade. I have done a few of these with the exact same procedure the last weeks and always without problems. As input the static temperature and pressure distributions along the blade airfoil are provided by our aero group based on CFD analysis. The data is provided as an Excel table with XYZ coordinates and field values for pressure and temperature. The CFD mesh is not identical to my Abaqus

Surface interaction is an important topic in engineering, and it is generally recognized that the roughness of a surface has a significant impact on numerous physical phenomena, including contact, wear, friction, and heat transmission. Nonetheless, generating rough surface models with Abaqus/CAE is quite challenging and may necessitate the usage of auxiliary tools. I present a plug-in called RSGen for automatic finite element model generation of rough surfaces in an Abaqus/CAE. RSGen supports

Hi, some time ago, there was a discussion about linear elastic behavior in multistep analyses. There's still one case I'd like to clarify, though. Specifically, the vibrating cable simulation from the "Introduction to Abaqus/Standard and Abaqus/Explicit" course: The .inp syntax for this example is: *STEP, NLGEOM STEP 1: STRETCH CABLE *STATIC *CLOAD 13, 1, 500. *RESTART, WRITE *NODE FILE U *EL PRINT S, MISES, E *NODE PRINT U, RF, CF *END STEP ** *STEP, NLGEOM STEP 2: DEFLECT MIDPOINT *STATIC .1,

🔎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 SIMULIA Blog tag: E-seminars archive The Archive | Tech Talks & E-seminars wiki page

Simpackのよくある質問をまとめたFAQ集です。 2025x版 章 概要 PDF 1 インストール 2 ライセンスガイド 3 プリ処理（基本操作） 4 プリ処理（3Dグラフィック） 5 プリ処理（2Dブロック図） 6 プリ処理（応用機能） 7 プリ処理（データベース） 8 ソルバー 9 ポスト処理（基本操作） 10 ポスト処理（アニメーション） 11 ポスト処理（プロット） 12 弾性体 13 トラブルシューティング 14 Abaqus Co-Simulation 15 トラブルシューティング(Co-Sim篇)

SIMULIAセミナーテキスト販売 SIMULIA事業部では、ユーザ様のセルフトレーニングをサポートするため、セミナーテキストを販売しております。 ■ ご注文に当たり 表示金額は税別です。 送料は弊社負担です。 お支払い方法は、ご請求書をお送り致します（20日締め、翌月末払い）です。 お申込み方法は、次の申込みフォームをダウンロードします。 ご記入の上PDFに変換します。 Simulia.JP.Training@3ds.com にメールにてご送付下さい。 申込みフォーム（Excelファイル） ■ セミナー一覧表 SIMULIA Abaqus セミナーテキスト SIMULIA CST & Opera セミナーテキスト SIMULIA fe-safe, Isight & Tosca セミナーテキスト SIMULIA PowerFLOW セミナーテキスト SIMULIA Simpack セミナーテキスト ● SIMULIA Abaqus セミナーテキスト セミナー名 日数 価格（円） 言語 バージョン FEMシミュレーションの基礎 1 20,000 JA / -

Quote from Jorgen Bergström : User-subroutines were recently published on the SIMULIA Knowledge-Base (QA00000429005) to allow the Abaqus PRF model to replicate Bergström's Three Network Model. Let us call this the "PRF_TNM" model. Abaqus solver 2025 HF1 or later can be used. This post describes how the 3DExperience Material Calibration App can be used to calibrate the PRF_TNM model. I will be showing this with the development version of the app, and this capability will be released as of

ContextIn SIMULIA on the 3DEXPERIENCE Platform, certain Abaqus solver keywords are available even if they are not directly exposed through the 3DEXPERIENCE front end. Because the underlying solver is the same, a Keyword Edit can be captured in a script, and then uploaded to add supported Abaqus functionality directly into the input file. This example explains a Keyword Edit used to enable a drilling simulation for manufacturing processes. The edit was used to: Activate element deletion Apply

Hey Guys, Are there anyone who to help me for access to file installation CST Studio Suite learning edition? I created account by student email but I have no access to file installation. I do not know how to fix it

Welcome to the May edition of the SIMULIA newsletter. This month, we explore how advanced simulation connects innovation, validation, efficiency and system-level engineering across complex industries. We highlight how structural simulation advances Medtronic heart valve development, alongside critical R2026x software enhancements and output filtering techniques. In electromagnetics, you can discover new approaches to modeling antenna-human interactions, apply BioEM to develop safer medical

Recently, I have done a seismic analysis of a liquid storage tank in Abaqus. But I faced a leakage problem through the tank wall and bottom. I made two different models for solving the leakage problem. But I couldn't solve the problem. If anyone helps me to solve this problem, I will be grateful to him/her.

When I run the calculation in the cloud, it fails as shown in the figure below. When I check the Diagnostic Viewer, there are no messages. Since the screen looked like the image below before the error occurred, it appears that the simulation failed to save. However, when I run the same analysis data locally, it executes without any issues, and I can view the results. If anyone knows of a workaround, please let me know.

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. ▶ Tip: Use the menu icon () in the top right to

Hi to all I jumped into an issue in Abaqus Explicit and in particular in the very early increments (inflation of tire from standard to explicit). At the initial increment I see that the RBFOR at the center of the ply is around 94.8 N and it’s correct because this value come from the import of the standard 3D (tire inflation). Below the attached viewport the weird thing happen in the next increments. Below there is exactly one increment later. I see that the RBFOR of PLY passed from 94.8 N to

Greetings, My question is related to a previous topic you may find here, CST Studio Suite extracts momentum as 'normalised momentum which does not have units'. And it seems the normalised momentum (let us denote as P) is written as, P = beta*gamma = p/(m_0*c) where beta is the velocity and gamma is the Lorentz factor. small `p' is momentum (has dimension), m_0 is mass of electron is c is speed of light. If we consider the P_z component, I would like to know is gamma factor actually gamma_z or

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 MODSIM: Connected Defense Simulation Register nowJune 30,2026 EM Simulation in DefenseElectromagnetics Register nowJune 23, 2026 Advanced CFD for Defense AviationFluids On demand June 8, 2026 Virtual Twins For Trustworthy Physics Based AIStructures, Electromagnetics, Fluids On demand

Driving Innovation Through Advanced Fluid Dynamics and Integrated Workflows Abstract: High-Tech and Life Sciences industries rely on advanced fluid dynamics to solve challenges in thermal management, precision manufacturing, and biological transport. This presentation showcases how the SIMULIA Fluids portfolio enables innovation through integrated, simulation-driven workflows. Application examples include data center cooling, injection molding optimization, aeroacoustics for consumer

How can I get this substrate to produce a magnetic field? By defining it in the material settings, or by adding a port to feed a DC current?

Edu Space Hello, At the Eduspace Companion Manager (LINK) when I search for 'tire' I am able to find and access the Learning Module 'Tire Analysis with Abaqus: Fundamentals' and it is then visible in my Recently Accessed list: Clicking on 'SEE ALL' for the same search (tire) brings up a list of (6) Learning Modules: Why do I not see the Learning Module 'Tire Analysis with Abaqus: Fundamentals' in the list? Without search criteria or filters, the 'Catalog' shows (130) Learning Modules and

SIMULIA’s own Randy Marlow, SIMULIA Structures Industry Process Consultant Senior Expert presented at the 2026 SIMULIA Americas Users Conference. Abstract: This presentation will be an overview of some of the practicalities of nonlinear finite element analysis with the Abaqus finite-element solver codes. There will be a discussion of the equilibrium solution methods implemented in Abaqus/Explicit and Abaqus/Standard. The lecture will also contain comments on three of the fundamental constructs

We were honored to have Tim Hunter from Wolf Star Technologies present at the 2026 SIMULIA Americas Users Conference in Novi, Michigan, May 13-14, 2026. Abstract: One of the most common challenges of mechanical product development is driving accurate structural simulations. Wolf Star Technologies provides an innovative software platform, True-Load, to better understand operational loads and corresponding structural response through load reconstruction. True-Load guides the design process from

We were honored to have Tim Hunter from Wolf Star Technologies present at the 2026 SIMULIA Americas Users Conference in Novi, Michigan, May 13-14, 2026. Abstract: The use of finite element analysis is widely prevalent for the analysis of structural dynamics of complex systems [1]. A common approach in such analysis is the calculation of transient response using a modal superposition methodology that primarily relies on the eigenmodes of the structure. Typically, several changes are made in the

We were honored to have Thomas Feister from TriMech Solutions present at the 2026 SIMULIA Americas Users Conference in Novi, Michigan, May 13-14, 2026. Abstract: TriMech and A3T LLC, the US Research and Development arm of Triangle Tyre Group, collaborated to simulate a next-generation non-pneumatic tire (NPT) using Dassault Systèmes’ 3DEXPERIENCE Platform. The tire incorporates a set of novel structural and material design features that have not previously been implemented in NPT architectures,

We were honored to have Paul Lucas from Daimler Truck NA present at the 2026 SIMULIA Americas Users Conference in Novi, Michigan, May 13-14, 2026. Abstract: Modern durability workflows rely heavily on multibody simulation (MBS) to generate load time histories; however, the scale and variability of these datasets present a significant challenge for interpretation, reduction, and reuse. MOBI-LAB (Multibody Operational Behavior & Integration Lab) addresses this gap by establishing a structured,

We were honored to have Thomas Feister from TriMech Solutions present at the 2026 SIMULIA Americas Users Conference in Novi, Michigan, May 13-14, 2026. Abstract: The goal of FEA automation hasn't changed — reduce manual effort, increase throughput, and make simulation-driven design a reliable part of the engineering process. What has changed is the platform. This presentation takes a candid, comparative look at the automation strategies available in Abaqus CAE and Isight versus those offered by

SIMULIA’s own Changjian Wang, SIMULIA Industry Process Consultant & Zhi Yuan, SIMULIA Industry Process Consultant Senior, presented at the 2026 SIMULIA Americas Users Conference. AbstractThis seminar will showcase various workflows for simulating manufacturing across three key industries: Transportation and Mobility, Aerospace and Defense, and High-Tech Semiconductors. Welding Simulation Using Abaqus •Model setup Demonstration •Physics Simulation •Use Cases with examples.

SIMULIA’s own Lucy McCance, MODSIM Industry Process Consultant, presented at the 2026 SIMULIA Americas Users Conference Abstract: This seminar will showcase various workflows for simulating manufacturing across three key industries: Transportation and Mobility, Aerospace and Defense, and High-Tech Semiconductors. Example drilling simulation Parametric optimization Presenter: Lucy McCance MODSIM Industry Process Consultant - Dassault Systèmes Lucy is an Industry Process Consultant at

SIMULIA’s own Chris Abada, SIMULIA Senior Industry Process Consultant, presented at the 2026 SIMULIA Americas Users Conference. Abstract: This seminar will showcase various workflows for simulating manufacturing across three key industries: Transportation and Mobility, Aerospace and Defense, and High-Tech Semiconductors. Introduction and Values of Manufacturing Process Simulation Presenter: Chris Abada SIMULIA Senior Industry Process Consultant - Dassault Systèmes Chris is a Senior Industry

SIMULIA’s own Armin Veitl, SIMULIA Industry Process Consultant & Zhi Yuan, SIMULIA Industry Process Consultant Senior, presented at the 2026 SIMULIA Americas Users Conference. Presenter: Armin Veitl Industry Consultant Manager - Dassault Systèmes Armin is an Industry Consultant Manager at Dassault Systèmes (Automotive Tech Sales for Simpack) with over 25 years of expertise in simulation technology, CAE-driven design, and international business leadership. Formerly Senior Director at Altair

SIMULIA’s own Chris Olson, SIMULIA Industry Process Consultant Specialist, presented at the 2026 SIMULIA Americas Users Conference Abstract: MODSIM Foundations - Process Automation and Democratization of Simulation Presenter: Chris Olson SIMULIA Industry Process Consultant Specialist - Dassault Systèmes Chris Olson has spent the last decade working with Dassault Systèmes tools to help companies streamline their product development processes through the use of analysis tools. After graduating

CATIA’s own Jyothi Matam, WW Autonomous driving / ADAS system simulation Industry Process Senior Manager & SIMULIA's own Tamer Yanni, SIMULIA Multibody Systems Industry Process Consultant Specialist, presented at the 2026 SIMULIA Americas Users Conference. AbstractValidating autonomous driving and advanced driver assistance systems demands simulation environments that faithfully reproduce real-world vehicle dynamics, sensor perception, and traffic interactions at a fidelity level sufficient for

SIMULIA’s own Sasank Sai Nandamuri, SIMULIA Industry Process Consultant Specialist, & Matias Zielonka, SIMULIA Industry Process Consultant, presented at the 2026 SIMULIA Americas Users Conference Abstract: Multiphysics simulation couples interacting physical phenomena to predict complex system behavior. This seminar covers details on SIMULIA multiphysics framework followed by presentations on workflows spanning sequential simulation, co‑simulation, and monolithic fully coupled approaches. 3D

SIMULIA’s own Jason Carr, SIMULIA Industry Process Consultant, & Alex Tao, SIMULIA Industry Process Consultant, presented at the 2026 SIMULIA Americas Users Conference. Abstract: Sequential FSI of Marine Propeller – Model set up and Analysis Co-Simulation for Vortex Induced Vibration Presenters: Jason Carr SIMULIA Industry Process Consultant - Dassault Systèmes Jason Carr works as an Industry Process Consultant supporting a variety of industries within North America. He has been with Dassault

本内容はSIMULIA Partner様向けイベントのひとつです 概要 ・各種イベントでお馴染み、MODSIMハンズオンのデータ作成法をエキスパートがもれなく伝授いたします ・CAD(MES)、CAE(流体FMK&構造FGM)、自動化(MDO)を組合せて形状変更から解析実行までの流れを、初心者でも使いこなせるカスタマイズGUIで実行できる仕組みの作成法を習得いただけます ・設計CAE 標準化・自動化・大衆化の仕組み提案にお役立てください 日時と場所 ・2026年7月29日(水)13-17時、ダッソー・システムズ大崎オフィス20F トレーニングルーム 対象者 ・3DXの基本操作およびCAD・CAEツールの利用経験がある方 事前準備 ・ご自身で利用されるラップトップと3DEXPERIENCE Cloud利用環境とRoleの用意 パートナ様各自で普段利用されている3DX環境を利用しハンズオンを実施いただきます インストールや稼働確認は事前にお済ませください 使用対象Role：MES / FMK / FGM / MDO

Another pure "nerd hobby" project successfully completed. For all the Star Wars fans out there, today's post blends pure nostalgia with cutting-edge engineering. I decided to render and test a classic: the X-34 Landspeeder! While this project was purely for fun, the workflow was serious business. To bring this project to life, I used two fantastic tools: 💥 SOLIDWORKS Visualize for the realistic rendering. 🌀 Fluid Dynamics Engineer (FMK) for the computational fluid dynamics (CFD) simulation.

▶️ Watch now 📢 Explore our full A&D Webinar series - June 2026 CFD technologies based on LBM solve complex flow problems in the defense sector. While many believe LBM tools like SIMULIA's PowerFLOW only handle low-speed flows, we have expanded this technology over the past decade to manage transonic and supersonic flows up to Mach 2. PowerFLOW simulates highly unsteady flows much faster than the competing Navier-Stokes tools. It resolves geometric details critical for flow separations

Hello SIMULIA Community, I am currently post-processing multiple jobs in the same Results Analytics case (MDO role, 2026x FD02 on-cloud). It looks fine when I add new datasets, but it looks weird when I remove them from Data Sources. I would expect that after removing a dataset, it will be not anymore considered in data analytics, but it is always visible. Question: Is there a way to remove Parameters/Designs when the relevant dataset is removed from Data Sources? Thanks!

SIMULIA’s own Nicolas Fougere, Worldwide SIMULIA Fluids, Industry Process Consultant Manage, presented at the 2026 SIMULIA Americas Users Conference Abstract: With its Lattice-Boltzmann Method and Navier-Stokes solvers, SIMULIA offers a comprehensive Fluids portfolio covering a broad spectrum of simulation workflows across industries, enabling accurate and efficient modeling of complex fluid phenomena at scale. This session will highlight key enhancements introduced over the past year across

SIMULIA’s own Ross McLendon, SIMULIA R&D Structures Application Senior Manager, Mikhail Belyi, SIMULIA R&D Structures Technology Director, Prashanth Vijalapura, SIMULIA R&D Structures Software Engineering Director & Sandeep Kulathu, Senior Development Manager, presented at the 2026 SIMULIA Americas Users Conference. Abstract Whether leveraging structures MODSIM capabilities on 3DEXPERIENCE or running analyses using our Established Product portfolio, Abaqus technology is the living heart of

SIMULIA’s own Josias Bahena, Modelling and Simulation Industry Process Consultant, presented at the 2026 SIMULIA Americas Users Conference. AbstractMODSIM Foundations - Process automation and democratization of simulation Presenters: Josias Bahena Modeling and Simulation Industry Process Consultant - Dassault Systèmes Josias Bahena is an Industry Process Consultant at Dassault Systèmes, where he helps organizations implement MODSIM strategies to accelerate product development and improve

SIMULIA’s own Jaehwan Choi, SIMULIA Structures Industry Process Consultant Senior Director, presented at the 2026 SIMULIA Americas Users Conference Abstract: A General Review of Fatigue Assessments, including the Recent Trends of AI/ML Adoption on Fatigue Presenter: Jaehwan Choi SIMULIA Structures Industry Process Consultant Senior Director - Dassault Systèmes Jaehwan Choi got his Ph.D. degree from the Ohio State University in 2004 right before joining Abaqus, Inc. He continued to serve as

We were honored to have Rod Mach from TotalCAE present at the 2026 SIMULIA Americas Users Conference in Novi, Michigan, May 13-14, 2026. Abstract: The SIMULIA portfolio from Dassault Systèmes — including Abaqus, Isight, Tosca, fe-safe, CST Studio Suite, and more — powers critical multi-physics simulations across industries. Maximizing the performance and scalability of these tools requires carefully selected high-performance computing (HPC) technologies. Presenter: Rod Mach President -

I am trying to do an analysis in CST Studio Suite using the LF-TD solver. I basically have two outer coils with the current pointed in one direction and an inner coil pointed in the opposite direction. Between the two there is a conductive ring. The inner coil starts at a given current and it driven to zero in 10mS. From this I would like to calculate the eddy currents and the lorentz forces in the metal ring. I am having a couple of issues: I would like to eventually use a cylindrical

One Week to Go! Have you registered yet? Don't miss this opportunity to engage directly with the experts behind the tools you use every day, connect with fellow users from your local community, and elevate your engineering workflows. 📍 Lowry, Salford, UK 🗓️ June 9 Event Highlights: ▪️ Customer Presentations: Gain real-world insights and an engineering case study from Warwick University ▪️Structures Technology Sessions: Join our technical experts for a series of detailed presentations on

Learning Edition Software is available free of charge for personal and educational use. As stated in the License Agreement, these products may not be used for commercial use. The full documentation collection in HTML format makes them the perfect learning tools, both on campus or on the move. These products are called Learning Edition since the 2022 release, previously they were made available under the name Student Edition. Technical support is not provided. In addition to the documentation,