E-seminar Overview

Gear meshing plays an important part in the vibrational and acoustical behavior of gearboxes and drivetrains.

We start with an introduction of the different tools addressing multi-phase. We will then look at Soiling and Water management within the T&M industry, Pandemic simulations with regards to PPE and HVAC design, Dynamic Flooding/Stability for Marine and Offshore, Gear lubrication for Industrial Equipment and DigitalROCK for Oil and Gas.

A demonstration of this capability will be provided for an A&D application but extensions to other industries will be summarized.

Gear meshing plays an important part in the vibrational and acoustical behavior of gearboxes and drivetrains. This is especially relevant for analyzing electric drives. To reproduce the behavior in a simulation model, all these elements have to be represented in an appropriate way (e.g. as flexible bodies or force elements) meaning multibody simulation is the tool of choice.

Additive manufacturing still presents many challenges, including part distortions, residual stress and microstructural defects.

E-seminar highlights: Leverage the latest generative design technology to optimize parts; increase build success with optimized part orientation and support structures; predict build failure, part quality and performance with validated simulation methods.

We present and demonstrate a new 3DEXPERIENCE app for calibrating Abaqus material models. This new tool is based upon an optimizing framework and accepts many different kinds of test data, and is able to calibrate many different Abaqus material models. Current Abaqus users can use this 3DEXPERIENCE app on-cloud, or 3DEXPERIENCE users can use it on-premise or on-cloud.

Learn how to design intelligent support structures, process simulation best practices and apply XFEM to predict potential build cracks during the LPBF-AM process.

Explore what an EMP is and how it can be modeled in SIMULIA CST Studio Suite to study the effects of an EMP event. Electromagnetic pulse (or EMP) is a short burst of very high, radiated electromagnetic energy and it has the potential to disrupt or destroy high-tech infrastructure and vehicular systems.

We show how to further improve the efficiency of lattice structures using the example of a turbine blade geometry. We will show the process of lattice generation in Abaqus, the application of appropriate in-service loading conditions, the import of the optimized result into the 3DEXPERIENCE platform, and finally perform a thermal-mechanical process simulation.

We discuss how the Verity® module in fe-safe can help you reduce testing expenses and avoid over-engineering.

See how we can use Isight and Abaqus to simulate the problem by taking into account manufacturing tolerances and material variation to estimate the probability that fluid can contact the O-ring.

We discuss the eigenstrain method as it is used in the context of additive manufacturing process simulations.

Learn about the thermo-mechanical method as it is used in the context of various types of manufacturing processes and simulations.

We focus on the current status and recent enhancements of the linear dynamics functionality in Abaqus for various industry applications.

We take a close look at the long-established SIMULIA framework for material modeling. The framework offers access to a wide variety of physical behaviors, and provides customization to represent novel materials, including user-defined material models.

We talk about the most recent advances in SIMULIA’s multiscale materials modeling, including Mean Field Homogenization, Material Calibration App, advanced features, and realistic industrial examples.

Focus on contact modeling with Abaqus. Recent developments in both Abaqus/Standard and Abaqus/Explicit are described in detail and best practices for obtaining robust and accurate solutions are covered.

We focus on key multiphysics simulation technologies in Abaqus and on 3DEXPERIENCE platform that let product engineers ensure top notch quality for their product designs.

This e-seminar is of value to any stakeholder involved in product sign-off; design engineers, simulation analysts, manufacturing experts and users alike, and who wish to have a framework on which to base decisions regarding the safety of their end customers.

We discuss how numerical methods are sought to provide insight into the process and help accelerate progress in raising the quality of AM parts.

Understand how simulation can help in achieving better thermal management, predicting strength, stiffness and durability of battery.