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Fracture and failure modeling allows for product designs that maximize the safe operating life of structural components. Abaqus offers many capabilities that enable fracture and failure modeling. This course provides a detailed discussion of these capabilities.

Course Catalog

This course introduces Isight users to methods dealing with statistical behavior as a result of variability in the system. It motivates why uncertainty quantification (UQ) analysis is important, presents concepts and methods in Isight to do UQ analysis, and shows how to use Isight’s open architecture to integrate user developed algorithms into components as Plug ins.

Course Catalog

Abaqus makes extensive use of Python, a powerful, object oriented scripting language that is used widely by organizations throughout the world. Python has been embedded within the Abaqus software products. The language has been extended to include a rich set of commands that are well suited for the daily tasks of a finite element analyst. These extensions are referred to as the Abaqus Scripting Interface (ASI). The Abaqus Scripting Interface may be used by the finite element analyst at many different levels. Scripts can be written as stand alone utilities, or can be written to integrate the Abaqus products with other codes. At a basic level, scripts may be used to automate repetitive tasks such as the creation of results plots from a collection of output files. With some experience, users may actually extend the functionality of the Abaqus products. Advanced users may work with SIMULIA affiliates to customize the graphical user interface of the Abaqus interactive products (Abaqus CAE and Abaqus Viewer). This course covers basic usage of the Abaqus Scripting Interface and Python’s syntax. It includes numerous hands on exercises for the student to learn to automate tasks that are common to most analysts.

Course Catalog

This interactive course is intended for on demand learning and is the prerequisite for many process automation and design optimization courses (if you are new to using the 3DEXPERIENCE platform). Using automation apps requires a baseline knowledge of how to log in to the platform, use 3DSearch to find and filter data, manage maturity of the data for collaboration. The 3DEXPERIENCE native (desktop) apps and web interfaces (including dashboards) will be introduced in this course.

Course Catalog

This introductory course introduces you to Abaqus CAE, the interactive interface for Abaqus products. Abaqus CAE provides a complete interactive environment for creating Abaqus models, submitting andmonitoring analysis jobs and viewing and manipulating simulation results.

Course Catalog

This course is an introduction to fatigue of metals on the 3DEXPERIENCE platform. Using a structural analysis that has been run in the Structural Scenario or Mechanical Scenario apps, the frames can be used to define a complex fatigue loading history. Depending on the material, the durability case can calculate either stress life or strain life damage, infinite life factors or FKM utilization along with other durability output. These can be used to redesign parts and assemblies in conjunction with the structural results.

Course Catalog

This interactive course is intended for on demand learning and is the prerequisite for many physics simulation courses (if you are new to using the 3DEXPERIENCE platform). Using physics simulation apps on the3DEXPERIENCE platform requires a baseline knowledge of how to log in to the platform, use 3DSearch to find and filter data, explore the data and manage maturity for the purpose of collaboration. The 3DEXPERIENCE native (desktop) apps and web interfaces (including dashboards) will be introduced in this course.

Course Catalog

This 2 Day course provides background information and hands on experience for calculating fatigue of elastomers using Abaqus and fe safe/Rubber.

Course Catalog

This introductory course introduces you to the analysis capabilities of Abaqus using the Abaqus keywords interface. It is the ideal way for those who will primarily use third party preprocessors to obtain a working knowledge of both Abaqus Standard and Abaqus Explicit to solve linear and nonlinear problems. The following products are covered: Abaqus Standard, Abaqus Explicit and Abaqus Viewer. If interested in the interactive interface of Abaqus, consider the Introduction to Abaqus course instead.

Course Catalog

Isight is a powerful tool for creating flexible simulation workflows using an extensive library of built in components. However, it is possible to extend this library by developing custom components which can provide interfaces to third party simulation codes and/or extend existing components via custom Plug ins using the power of the Java development language. This course covers the process of designing, building, publishing, debugging and testing custom components and Plug ins, utilizing the Isight SDK. The course is highly interactive with a strong emphasis on practical workshops using a standard Integrated Development Environment (IDE).

Course Catalog

Durability is a requirement for product creation in many industries, because cycling loads can cause damage much sooner than a static load. This course introduces fatigue life calculations in fe safe and gives you an understanding of how to configure a fatigue analysis based on FEA solutions. These life results can be used to iterate on a design and improve the overall durability of the design. The course is divided into lectures and workshops. The course's workshops are integral to the training. They are designed to reinforce concepts presented during the lectures. They are intended to provide users with the experience of running and trouble shooting actual fatigue analyses.

Course Catalog

This course covers simulating the number of cycles till fatigue failures at welds in welded structures. The methods are based on predicting a crack through a certain thickness, in welded structures at the welds (toe, root, throat, etc.; failure mechanisms in welds can be included). Both classification methods (such as BS5400 and BS7608) and structural stress methods (such as the Verity TMmodule in fe safe) are included. Examples are provided using FEA output models run in Abaqus, Ansys or Nastran. Not included is temperature dependent weld fatigue, or weld processes such as friction stir welding or similar. Non structural joining such as solder is not covered, nor is nonmetallic joining such as adhesive bonding.

Course Catalog

By using SIMULIA structural durability and optimization technology throughout the design process of the engine and chassis, Royal Enfield engineers are able to rapidly improve performance and safety while reducing weight.

Customer Story

다쏘시스템 솔루션 덕분에 당사는 프로세스, 방법, 도구를 조화롭게 결합해 귀중한 시간을 절약할 수 있었고 기술 혁신에 더 많은 시간을 할애할 수 있었습니다.

고객 사례

Knust-Godwin uses Dassault Systèmes’ 3DEXPERIENCE platform, including the ENOVIA and SIMULIA applications, to help customers improve product manufacturing and maximize the benefits of additive manufacturing.

Customer Story

Sunreef Yachts uses Dassault Systèmes’ applications for design and realistic simulation to optimize the engineering processes of their highly customized luxury catamarans.

Customer Story

Eviation Aircraft wanted to design and build an all electric airplane for mid-range distances that is cost-effective and environmentally friendly on an aggressive time schedule by using the 3DEXPERIENCE platform on the cloud.

Customer Story

플라스틱 용기 제조 분야의 선도기업인 Amcor는 견고하고 비용 효율적이며 동시에 원자재 사용량을 줄일 수 있는 음료 용기를 제작하는 방법을 지속적으로 모색하고 있습니다.

고객 사례

Leading container manufacturer Amcor Rigid Packaging is continually looking for ways to reduce the amount of material used in beverage containers while keeping them strong and cost-effective to produce.

Customer Story

By allowing some measurements to be replaced by simulation, CST Studio Suite reduced the number of physical prototypes needed, shortening the design process. With simulation, Fuji Xerox engineers were able to predict EMC problems before constructing the prototype and identify the mechanism behind any that did arise, making them easier to mitigate.

Customer Story

Simulation with CST Studio Suite, a SIMULIA simulation tool, made it possible for designs to be examined without the cost of constructing a prototype, and field visualization allows resonant components to be identified by eye

Customer Story

By using CST Studio Suite and partitioning the model, eASIC was able to achieve up to five-fold speed-up in its multi-level PCB and package simulations, when compared with simulation using the full model. This gave eASIC a significant speed advantage and helped them to shorten the design process.

Customer Story

Dassault Systèmes software has proven highly capable of accurately simulating the methods and complexities of heart-disease treatment. FEops can explore the application of their technologies to a wide range of heart-related fields, getting medical devices to market faster and helping patients everywhere.

Customer Story

By using Abaqus FEA from Dassault Systèmes's brand, SIMULIA, to simulate ground movement during earthquakes, Zonneveld was able to design a novel solution that prevents structural damage during these events, while also making the building more sound proof.

Customer Story

The Magnus effect is a well-known effect that impacts the motion of a spinning object through a fluid. One of the most common ways to experience the impact of this principle is through the motion of balls in sports. Indeed, this physics principal is used by amateurs and professional athletes in sports such as tennis, soccer, cricket, baseball etc. In the below example, we ask Nicolas Fougere, SIMULIA Fluids, Industry Process Consultant Manger, to walk us through a tennis ball simulation workflow.

Article

SIMULIA is delighted to work with engineering leaders and academics as they leverage simulation capabilities to help shape the future of their industry. We had the opportunity to interview 4RealSim, a company specializing in high-end numerical analysis services. During the interview, we discussed how 4RealSim uses Abaqus in the SimInSitu EU project (http://www.siminsitu.eu/). SimInSitu aims to develop sophisticated in-silico methods to predict the short- and long-term behavior of in-situ tissue-engineered heart valves (TEHV) by combining advanced tissue remodeling algorithms with a personalized virtual heart modeling approach. The method will be specifically developed to predict the complex transformation process of biodegradable heart valves from the initially synthetic scaffold into a fully remodeled and functional valve.

Article

The recent webinar playback for Democratizing Engineering Analysis Through a Universal Material Subroutine with Dr. Ellen Kuhl from Stanford University and Dr. Mathias Peirlinck from Delft University of Technology is now available in the SIMULIA Community. Listen as they share their expertise on democratizing engineering analysis through a universal material subroutine.

Article

The annual SIMULIA Regional User Meetings (RUMs) provide a forum for practicing engineers and researchers to exchange ideas and experiences in all aspects of simulation technology. Late last year, Alison McMillan, Professor in Aerospace Technology at Wrexham University, gave a presentation to RUM attendees in the UK, Fretting: Modeling mechanisms for material damage.

Article

Hear from SIMULIA Champion, Professor Stefanie Feih of Griffith University, about how orthopedic surgical planning can now leverage patient-specific neuromusculoskeletal models to determine physiologically plausible muscle and joint contact forces comprising points/areas of application, magnitude, and direction. Finite element analysis (FEA) is subsequently employed to estimate stresses and strains in the implants and their host tissues throughout the complete gait cycle. These simulations, or digital twins, may facilitate validated implant designs and surgical placement, leading to improved surgical outcomes.

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This current customer reference story aims to present a first-of-its-kind simulation workflow using a PowerFLOW-PowerTHERM coupled simulation to assess the thermal behavior of a vehicle seat provided by Lear Corporation.

Article

Transmitting high-bandwidth data between transmitter and receiver over a single twisted pair (STP) requires additional ESD (electrostatic discharge) protection components at transmitter and receiver sides. These protection components are mounted on the printed circuit board (PCB). With a data rate of 6 Gbps, the design of the PCB transmission line has to consider the ESD protection components in terms of signal integrity. In this blog article, we present the influence of the ESD protection component and the necessary layout optimization to preserve the signal integrity. Finally, we show the comparison between the simulation result and measurement.

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Additive manufacturing has great potential in the marine and offshore industry, helping naval engineers to build propellers that are lightweight and easy to repair. Simulation helps designers and AM process engineers to analyze residual stress in an AM component during the design phase and to optimize the printing process to improve strength.

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Please welcome guest blogger, Yadhukrishnan MK, of Continental AG as he talks about radar simulation in advanced driver assistance systems.

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The High-Tech industry is fast-moving and constantly reinventing itself in the face of trends such as wearables, VR/AR, private wireless networks and 5G and the coming 6G. Manufacturers face considerable challenges if they want to stay ahead of these trends and remain competitive. We spoke to several SIMULIA High-Tech industry specialists about the challenges of modern electronic design and how modeling and simulation (MODSIM) with a multiphysics approach is allowing leading manufacturers to tackle them.

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SIMULIA is delighted to work with engineering leaders and academics as they leverage simulation capabilities to help shape the future of their industry. We had the opportunity to interview Melike Abliz of Argonne National Laboratory at the 2023 SIMULIA Americas Users Conference to discuss how precise simulation capabilities support innovation as part of the laboratory’s Advanced Photon Source Upgrade project.

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We talk to French automobile company, Peugeot to learn the difference between F1 racing vehicles and the hypercar and how simulation and virtual testing will impact the future of high-speed racing.

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