Publications

Patent:
DE102016225979A1 06/2018

When inspecting objects using ultrasound, echoes often bounce off internal walls and outer boundaries before reaching a specific point, which can create confusing signals and hidden flaws in standard ...

Patent:
DE102016224556A1 06/2018

Inspecting internal components or materials without damaging them is a critical task in engineering and manufacturing. Traditional ultrasonic testing methods often struggle to provide clear results wh...

Patent:
DE102016224364A1,WO2018104097A1
06/2018

Inspecting high-stress materials like industrial parts or infrastructure for hidden damage is crucial, but scanning every square millimeter in high detail takes a massive amount of time and computing ...

Article:
steel research international 02/2018; 89(4):1700448
DOI: 10.1002/srin.201700448
Publisher: Wiley

Forgings, being usually one of the most critical components especially in power generation machinery, require intensive volumetric inspection to guarantee a sufficient lifetime. This is usually accomp...

Conference Paper:
International Forgemasters Meeting - IFM 2017 09/2017, At Graz, Austria; 20:1066

Forgings, being usually one of the most critical components especially in power generation machinery, require intensive volumetric inspection to guarantee a sufficient lifetime. This is usually accomp...

Patent:
DE102013211304A1,WO2014202237
12/2014

Inspecting materials or structures for internal flaws using traditional ultrasound equipment often involves a trade-off, as a single probe size struggles to provide clear imaging at both shallow and d...

Patent:
DE102013205330A1,WO2014154371
10/2014

When using ultrasonic testing to inspect materials—especially with advanced multi-sensor arrays—the inspection process generates a massive amount of complex data that can be overwhelming to analyze. T...