Manufacturing, Mechanical Components and Systems

Our research pushes the technological boundaries of mechanical components and systems, their performance, their environmental and economical sustainability and their manufacturing processes.

Mechanical components and systems and manufacturing

The challenges we tackle

1

Less noise and vibration

From machines to cars and HVAC: regulations on noise and vibrations are becoming stricter. Our research focuses on accurate modelling and prediction, enabling mechanical systems to perform better without costly measures.

2

First-time-right design

Despite manufacturing and assembly checks during the design phase, production difficulties often only arise at a late stage, resulting in costly, time-consuming redesigns. We develop tools that automatically assess this and support designers throughout the entire process.

3

Reducing production scrap

When manufacturing high-performance components, the scrap flow can be high due to machine settings, the environment and material quality. We link product and production simulations to optimise process parameters and guarantee the final quality.

4

Sustainable Re-X strategies

Smarter product design for easy disassembly and flexible automation to handle product variation.

We focus on

Lightweight and sustainable structures

We develop, test, and implement technologies for lightweight, durable, and reliable structures for applications in transport and industrial machinery.

Lightweight designs improve energy efficiency, but should never compromise performance. That’s why we optimize structural behaviour by reducing noise, vibrations, wear, and fracture risks.

We combine technological innovation with ecological and economic sustainability, integrating cost efficiency directly into the design process of mechanical components and systems.

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(de)manufacturing and (dis)assembly techniques

We develop advanced technologies for the production of mechanical components and systems. This includes processes such as primary shaping, additive and subtractive manufacturing, and assembly using mechanical or adhesive bonding techniques.

Our focus is on bridging the gap between design and manufacturing. By integrating production knowledge early in the design phase, we help companies avoid costly redesigns, reduce time-to-market, and increase productivity.

We also improve manufacturing and assembly processes to enhance quality and efficiency, while supporting sustainable Re-X strategies - reuse, repair, refurbishment, remanufacturing, and repurposing.

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