NEWS 16 May 2025

Lunch Lecture June hosted by TU/e

Titel: Modular Reduction of Large-Scale Assembly Models


To accurately and efficiently predict a system’s performance, the standard approach is to first create accurate high-order FEM models and subsequently reduce these to efficient low-order models. This reduction is often performed at the component level by retaining a selection of modes. However, the assembly of reduced models might not meet the required accuracy or might still result in a computationally costly model. In this talk, I will discuss my PhD research on how to reduce component models such that the resulting assembly of reduced component models accurately approximates the original, high-order assembly.

Spreker: Luuk Poort, Technologist Dynamics & Control

Company: MI-Partners, (is presenting his research work for TU/e)

Date: June 2 2025

Time: 12:02pm                                                                                                                  

Location: Teams

Please send an email to info@dspe.nl if you are interested in following this lecture.

Every first monday of the month DSPE organizes for their members a lunch lecture. Each time there is a different topic that a speaker is going to talk about.

We start after the sirens at 12:02pm. Questions can be asked after the 25 minutes presentation. If you want to keep informed about these lunch lectures please send an email to info@dspe.nl


References

Lunch Lecture April hosted by…

Theme: Concept optimization of system dynamics of a wafer metrology tool

Read more
Historical view on determinism and…

Paralleling the historical beginnings of modern science, assessing and addressing variation in physical systems constitutes the foundation of precision engineering. Tycho Brahe gave us the measurement data to analyse the heavens.

Read more
Sensor for picometer-scale positioning in…

As technology reaches the atomic and quantum scale, sub-nanometer motion control is no longer optional – it is a necessity, often in vacuum environments where even the smallest disturbances are effectively suppressed.

Read more