SIMULIA Ressourcen-Center

Die Implementierung von MODSIM in Ihrem Team verbessert die Kommunikation und Zusammenarbeit zwischen Teammitgliedern – selbst dann, wenn unterschiedliche Fachrichtungen über verschiedene Teams und Standorte hinweg zusammenarbeiten.

EBooks

Simulation of railway track maintenance trains at MATISA

E-seminars

Planetary Gear System Gear Whine (Transmission/Differential)

E-seminars

Numerical Study of the StructureBorne Sound Transmission of a Bogie using Multibody Simulation

E-seminars

Marc Lässing Efficient analysis of drivetrain induced vibrations in commercial vehicles using an in-house tool based on Simpack Qt-Script 09.11.2017

E-seminars

DampIT: A Tool for the Identification of Physical Damping Coefficients of a Multibody System Model

E-seminars

SIMULIA Multibody Simulation User Group Meeting 2017

E-seminars

DIGITAL ADDITIVE MANUFACTURING

Community News

IMPROVING DESIGN OF 3D PRINTED CIRCUIT BOX FOR SPACE APPLICATIONS USING POWER OF THE PORTFOLIO

Community News

In this paper, the commercial finite element software package Abaqus is used to simulate the FDM process. A Mobius arm part is used to illustrate the simulation procedure and a sequentially coupled thermo-mechanical analysis is performed. The heat transfer analysis calculates the temperature history which is mapped onto and used to predict residual stress and potential part distortion in the subsequent structural analysis. The tool path patterns dictate how material is progressively added to the part during the build and directly influence the accumulation of residual stresses within the part. Independent tool path events are characterized using event series data such as time, location and bead cross-sectional area.

Community News

2nd European Multibody User Group Meeting 2017: Comparison of Semi-Analytical Methods for Frame Load Evaluation on a Recreational Vehicle

E-seminars

The impetus of additive manufacturing (AM) technology in the last few years is significant. However, in many cases the reliability of the technology leads to parts that suffer from manufacturing defects and hence subpar strength and fatigue life when compared to parts manufactured with conventional technologies. Sustained experimentation is often required and computer simulations, like in many other fields before, are sought to provide significant insight into the process such that progress in raising the quality of AM parts can be achieved. This paper presents a sequential thermals-stress modelling approach of additive manufacturing processes of titanium alloy Ti-6Al-4V parts leveraging a new physics-based framework in a general-purpose finite element code (Abaqus).

Community News

In early 2020, we launched the SIMULIA Champions program. The 2020 SIMULIA...

Article

The following post first appeared on the SOLIDWORKS blog. The 3DEXPERIENCE WORKS Simulation...

Article

When you think of simulation, what do you think of? Some of...

Article

The aerospace industry is in a period of rapid change: established aircraft...

Article

Recently, SIMULIA introduced the 2020 SIMULIA Champions, the inaugural team of brand ambassadors...

Article

This article was submitted by Swagelok. Many clients are under increasing pressure...

Article

Recently, SIMULIA introduced the 2020 SIMULIA Champions, the inaugural team of brand ambassadors...

Article

Are you taking some time this summer to read and learn something...

Article

Recently, SIMULIA introduced the 2020 SIMULIA Champions, the inaugural team of brand ambassadors...

Article

As the number of vehicles on global roadways increases, so does the...

Article

This post was originally published July 9, 2019. The SIMULIA Learning Community...

Article

This article originally appeared on the 3D Perspectives blog in July 2020. ...

Article