SIMULIA リソース・センター

This course is an introduction to the interactive connector between Simpack and the 3DEXPERIENCE platform.

Course Catalog

This course is an introduction to performing basic injection molding simulation for product and design innovation on the 3DEXPERIENCE platform. The Plastic Part Filling app enables realistic simulation of the mold filling manufacturing process.

Course Catalog

The Test Manager role enables the apps on the 3DEXPERIENCE platform that teams use to build a validation plan, record the steps an operator needs to know to carry out a virtual or physical test and record whether requirements are met.

Course Catalog

Create a finite element model representation for a reinforced panel, define a meshing rule, and generate surface meshes on the panel, stringers and stiffeners.

Training Exercises

Continue with the intersecting pipes model to define elastic, expansion and creep material data, apply the material to the part and create section properties.

Training Exercises

Go from an existing SOLIDWORKS study to the 3DEXPERIENCE platform using Design with SOLIDWORKS, then create a finite element model representation and a locally refined tetrahedral mesh.

Training Exercises

Import a pump assembly, create a finite element model representation, and mesh the different parts using quadratic tetrahedral elements suitable for contact analyses.

Training Exercises

Start from a SOLIDWORKS study, transfer the buckle clip model to the 3DEXPERIENCE platform using Design with SOLIDWORKS, then mesh, assign materials and run the static simulation.

Training Exercises

Send a pump assembly from SOLIDWORKS to the 3DEXPERIENCE platform, open Structural Model Creation, and mesh all components with quadratic tetrahedral elements.

Training Exercises

Import a 3DXML model of intersecting pipes, create a finite element model representation, and generate a quadratic tetrahedral mesh with local specifications.

Training Exercises

Mesh a provided buckle clip, assign material and section properties, create a static simulation step, and postprocess the results in the 3DEXPERIENCE platform.

Training Exercises

Interactive demo showing how to configure content, open existing beam geometry, initialize a finite element mesh, assign material and element type, define loads and boundary conditions, and run a structural simulation.

Training Exercises

This blog article presents the simulation workflow considering the partially saturated magnetic material of the inductor, which is used in the switching mode power supply (boost converter). The printed circuit board (PCB) and the 3D model of the power inductor are included in this workflow.

Article

Step-by-step instructions for a titanium dogbone example using the Calibration App.

Article

As a welded part cools down, residual stresses form within the part. The structural performance of a weld depends heavily on the parameters of the welding process, such as heat input, welding paths, and fixture designs. Simulation can model the weld process in order to calculate the residual stress distribution and deformation within welded submarine parts. This article explains how artificial intelligence (AI) and machine learning can be used to accelerate analysis and optimization of welds.

Article

Interested in learning more about SIMULIA’s Electromagnetic Simulation solutions? We’ve got all the resources you need right here to get started!

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SIMULIA introduces several short eLearning courses to help users adapt quickly to simulation on the 3DEXPERIENCE platform. This new format teaches today’s learners in a succinct, dynamic, interactive way and after registration these courses can be accessed without any cost!

Article

An interview with SIMULIA’s Jing Bi, a Technology Senior manager who specializes in physics-based simulation technologies using machine learning.

Article

Interested in learning more about SIMULIA’s Multibody Simulation solutions? We’ve got all the resources you need right here to get started!

Article

We talked to Mattias Robertsson, Industry Process Senior Consultant, to walk us through a soccer simulation workflow using the Structural Mechanics Engineer role and Abaqus/Explicit solver.

Article

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.

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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.

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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.

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