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Modeling Contact with Abaqus/Standard

Understanding the interaction between bodies is essential for solving many engineering problems. Manufacturing processes, gears, bearings, seals and dynamic impact events all involve contact. This course covers many techniques and guidelines for solving challenging contact problems. Participants are given a brief overview of the contact formulation and contact logic used in Abaqus/Standard.

Course Catalog

Modeling Contact with Abaqus/Standard
Introduction to Abaqus

This course is a comprehensive and unified introduction to the modeling and analysis capabilities of Abaqus. It teaches you how to solve linear and nonlinear problems, submit and monitor analysis jobs and view simulation results using the interactive interface of Abaqus.

Course Catalog

Introduction to Abaqus
Plastic Part Filling Essentials

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

Plastic Part Filling Essentials
Test Management Essentials

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

Test Management Essentials
Reinforced Panel - Mesh

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

Reinforced Panel - Mesh
Pump - Mesh - Direct Import

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

Pump - Mesh - Direct Import
Buckle Clip Insertion - Design with SOLIDWORKS

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

Buckle Clip Insertion - Design with SOLIDWORKS
Pump - Mesh - Design with SOLIDWORKS

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

Training Exercises

Pump - Mesh - Design with SOLIDWORKS
有 246 个结果
Linear Dynamics with Abaqus | Dassault Systèmes

This Tech Talk will be of interest to anyone faced with the challenges of simulating structures subjected to dynamic loads. It will show you what Abaqus/Standard linear dynamics can do for you.

E-seminar

Linear Dynamics with Abaqus | Dassault Systèmes
On demand

客户成功故事

有 150 个结果
有 6 个结果

SIMULIA 自学

我们提供数百个自学模块,以便您能够在方便的时间不断学习

博客

欢迎阅读 SIMULIA 博客,了解最新报道以及我们专家的最新创新。

有 694 个结果
System-on-chip Design: Analyzing and Optimizing Source Synchronous Architecture with Electromagnetic Simulation

Source synchronous architecture is used to enable multiple chiplets to be integrated into a single system-on-chip with low latency. To ensure low error rates, the clock strobe and data channels need to be precisely matched. 2D circuit simulation is not enough for analyzing timing – 3D simulation is necessary to accurately model data propagation through structures like silicon interposers and meshed ground planes, especially at high data rates. A paper, recently presented at DesignCon 2023, demonstrates how electromagnetic simulation with SIMULIA CST Studio Suite can accurately model flight time in source synchronous architecture channels.

Article

System-on-chip Design: Analyzing and Optimizing Source Synchronous Architecture with Electromagnetic Simulation
Optimizing Urban Wind Turbines with Simulation

We had the opportunity to interview Francesco Avallone, Professor at Italian University, Politecnico di Torino, at the 2022 Eurocentral Regional User Meeting about his presentation, “Aerodynamics and Aeroacoustics of Ducted Wind Turbines for Urban Environments”.

Article

Optimizing Urban Wind Turbines with Simulation
My Simulation Story: John Sawyer, Atkins Engineering

In this new blog series, we hear directly from individual SIMULIA Champions about their own personal simulation story. This post from John Sawyer of Atkins Engineering is a continuation in the series, where he talks about how his love of horse riding is similar to problems he faces in his engineering career. John also tells us how much he enjoys being a SIMULIA Champion because of the sense of community and how it brings engineers together to solve problems.

Article

My Simulation Story: John Sawyer, Atkins Engineering
Interview with Damiano Casalino, Winner of the 2023 CEAS Aeroacoustics Award

SIMULIA’s own Damiano Casalino was recently awarded the Council of European Aerospace Societies’ 2023 CEAS Aeroacoustics award. This is presented to those who have made outstanding contributions in the field of aeroacoustics.Damiano is an expert in aeroacoustics with his work at SIMULIA relating to PowerFLOW and OptydB. He is also a full-time professor and chair of aeroacoustics at Delft University of Technology (one of the most important aerospace faculties of the world) and on the Stanford list of the 2% most impacting scientists. We caught up with Damiano to find out more about his career and passion for engineering.

Article

Interview with Damiano Casalino, Winner of the 2023 CEAS Aeroacoustics Award
MODSIM Pioneers: Pascal Remusan

SIMULIA is excited to work with leaders across different industries as they leverage modeling and simulation (MODSIM) capabilities to shorten design loops and accelerate innovation. Our MODSIM Pioneers series highlights some outstanding contributors leading transformations in their industries. Below, we hear from Pascal Remusan, General Manager of Methods & Tools for Numerical Simulation of Renault Group, who we caught up with following his presentation at the 3DEXPERIENCE Modeling & Simulation Conference 2022.

Article

MODSIM Pioneers: Pascal Remusan
Structural Antenna Engineering for Tires

This highly integrated MODSIM workflow brings associativity between a parametric CAD and high fidelity multiphysics simulation for the better understanding of tires.

Article

Structural Antenna Engineering for Tires

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