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[HOW TO VIDEOS] Learn more about LMS Imagine.Lab 15 features

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Community Manager

Still eager to learn more about our LMS Imagine.Lab platform? If you want to make the best out of our products to be more efficient in your daily work and/or want to focus on what really matters for you - the product you're designing, this article is for you.

In the context of the launch of LMS Imagine.Lab 15, we've created a set of tech tips movies, aiming at introducing you with our latest capabilities. These short, step-by-step video tutorials, created together with our engineering team, will make you discover how you can use it, and for which purpose.

 

 

 

LMS Imagine.Lab – Automatically creating 1D models from CAD data

 

Jérôme Guillemin, Product Manager for the LMS Imagine.Lab product line at Siemens PLM Software, explains how to create from a CAD model the equivalent model in LMS Imagine.Lab Amesim, using the CAD import / sketch generation (CAD2AME) tool.

 

 

LMS Imagine.Lab – Using the design exploration capabilities on an injector model (part 1)

Bruno Loyer, Product Manager for the LMS Imagine.Lab product line at Siemens PLM Software, introduces the design exploration capabilities of LMS Amesim (design of experiments (DoEs), NLPQL or the genetic algorithm or robustness analysis tools).This part 1 shows an example of optimization applied to the use case of an injector model.

 

 

LMS Imagine.Lab – Using the design exploration capabilities on an injector model (part 2)

This part 2 showcases a Monte Carlo analysis performed on an injector model.

 

LMS Imagine.Lab – Evaluating battery model parameters from datasheets

Alberto Soto, Software Engineer for the LMS Imagine.Lab product line at Siemens PLM Software, explains in this video how you can use the Battery Datasheet Import Tool to identify model parameters from datasheet curves.

 

 

LMS Imagine.Lab - Characterizing permanent magnet synchronous machine drive models using FEM results

Nicolas Kieny, Product Manager for the LMS Imagine.Lab product line at Siemens PLM Software, explains how to use magnetic Finite Elements (FE) results to obtain reduced order models of Permanent Magnet Synchronous Machine drives in LMS Imagine.Lab Amesim.

 

 

LMS Imagine.Lab - Connecting the Powertrain library and the 3D Mechanical library together

Clément Ganier, Product Manager for the LMS Imagine.Lab product line at Siemens PLM Software, explains that using the Powertrain library and the 3D Mechanical library of LMS Imagine.Lab Amesim jointly allows the user to access new modelling possibilities. Two practical applications are presented in this video : first the modelling multi-axle vehicles and then an example of advanced suspension model.

Francesca Furno, Business Developer for the LMS Imagine.Lab product line at Siemens PLM Software, presents the option “gas transport” to investigate the effects of variable air amounts within the lubrication circuit during time and the air propagation to the hydraulic valvetrain for engine valves’ actuation.

 

 

LMS Imagine.Lab – Analyzing effects of air dissolution dynamics on vane pumps

Francesca Furno, Business Developer for the LMS Imagine.Lab product line at Siemens PLM Software, presents the option “gas transport and dynamics” available in LMS Amesim to investigate the effects of air dissolution dynamics on a positive-displacement vane pump.

 

 

LMS Imagine.Lab – Parameterizing and calibrating a dualcore heat exchanger

Guillaume Jobert, Product Developer for the LMS Imagine.Lab product line of Siemens PLM Software, explains how to set up and calibrate a dual core heat exchanger in LMS Imagine.Lab Amesim.

 

 

LMS Imagine.Lab – Estimating emissions for real driving cycles

Thomas Sanguinetti, Product Manager for the LMS Imagine.Lab product line at Siemens PLM Software, presents how Original Equipment Manufacturers (OEMs) will be able to estimate emissions and fuel consumption for real driving cycles, using LMS Imagine.Lab Amesim. As part of the new emission regulation, real driving emissions and consumption will be critical for future developments.

 

 

LMS Imagine.Lab – Optimizing energy strategy for hybrid vehicle

Thomas Sanguinetti, Product Manager for the LMS Imagine.Lab product line at Siemens PLM Software, presents how LMS Imagine.Lab Amesim Hybrid optimization Tool is a great support for Original Equipment Manufacturers and car manufacturers who need to test the potential in terms of energy consumption of a new technology or a new sub-system, on a large vehicle panel and on different driving cycles.

 

 

LMS Imagine.Lab – Optimizing engine mounts properties to improve driver comfort

Clément Ganier, Product Manager for the LMS Imagine.Lab product line at Siemens PLM Software, explains how LMS Imagine.Lab Amesim Mount Design Assistant allows to improve the design of engine mounts in order to ensure best comfort for the driver.

 

 

LMS Imagine.Lab – Assessing aircraft fuel system in operations

Olivier Broca, Product Manager for the LMS Imagine.Lab product line at Siemens PLM Software, presents in this video how aircraft fuel system capabilities can help to assess and mitigate critical scenario during operations, and how the tank plugin capability can ease your daily work.

 

 

LMS Imagine.Lab – Assessing global performance of a rocket engine with Liquid propulsion library

Olivier Broca, Product Manager for the LMS Imagine.Lab product line at Siemens PLM Software, explains in this video how Liquid propulsion solution can help to assess rocket engine global performance and features how platform capabilities like apps can ease your daily work.

 

 

LMS Imagine.Lab - Setting up LMS Imagine.Lab Sysdm syndication service

Loig Allain, Product Line Manager for the LMS Imagine.Lab product line at Siemens PLM Software, explains how to set up the LMS Imagine.Lab Sysdm syndication service, from both server and client sides.

 

 

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