Bringing CFD earlier in the transmission design process
using Romax Energy and Particleworks
Date: July 20, 2021
Timetable: 10:00 AM Eastern Time - 1 hour
Speakers: Dhruva Aaradhya, Hexagon
Massimo Galbiati, Particleworks Europe
About this webinar:
A typical transmission design process does not allow data from fluid distribution and churning loss to drive early stage design optimisation. This is because CFD studies are typically done late in the product design process, due to the time and expertise they require. As a result, problems are typically found during prototype and production, when it is much more expensive to resolve issues.
To solve this problem, we have developed a new interface between Romax Energy and Particleworks, in order to promote CAE-led design and allow more data-driven design optimisation to reduce production costs.
Particleworks (created by Prometech) is a proven and robust particle-based CFD tool for transmission lubrication problems. It is much faster to run than classical mesh-based CFD, which enables it to be used throughout the design and development process. Romax Energy is a robust simulation tool for predicting electro-mechanical transmission efficiency. Combined together, they offer a democratised solution that brings CFD earlier into the transmission design process.
In this webinar, you will learn:
- How to export a fully defined Romax model with all kinematics properties and setup parameters automatically defined for quick and easy simulation in Particleworks.
- How the fast, easy, automated workflow greatly reduces the time required to pre-process the model and minimises user error, since the same system and conditions are being analysed throughout the process.
- How best practises have been implemented to remove all roadblocks to setting up a CFD model, so non-CFD specialists are able to conduct CFD studies to make informed decisions at an early stage.
- The use cases for this workflow and the value of using it earlier in your product design & development process.
By democratising this solution, transmission engineers and non-CFD specialists can now conduct informative CFD simulations early in the design process, with minimal expertise required. For the first time, CFD analysis can be conducted in the design stage to increase quality, optimise for sustainability, and reduce time to market.
Join our webinar to find out how this solution could help you.
May 18, 2021
Simulation of hydraulic losses of a single-speed transmission in an Electric-Drive-Unit using Particleworks
Speakers: Tobias Moll (Institute for combustion engines – RWTH Aachen University), Simon Harbeke (EnginSoft GmbH)
Did you miss our last webinar?
Click here to watch the recording
- Welcome & Introduction to the Moving Particle Simulation method
- Simulation process in Particleworks
- Overview of Powertrain Applications
- Project introduction: Co-Simulation of Efficiency, Lubrication and Heat Management for Transmissions with Integrated Electrical Machine
Focus topic: Simulation of hydraulic losses of a single-speed transmission using Particleworks
The Moving Particle Simulation is an efficient meshless CFD method to simulate sloshing, free-surface flows and liquid jets. The particle-based lagrangian approach does not require a computational grid. This allows to streamline and speed-up the overall simulation process for applications with complex geometries and moving parts which is an advantage for developing spray-cooling of E-Drives and optimizing the lubrication of gearboxes.
In this webinar EnginSoft welcomes Tobias Moll, research assistant from the Institute for combustion engines at RWTH Aachen University. He will provide us with industry insights about the role of simulation for efficiency, lubrication and heat management for transmissions with Integrated electrical machines. The hydraulic losses of a single-speed transmission were simulated using Particleworks and validated against experiments.
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