Method for Creating an Evaluation Dataset for the Assessment of an Ultrasonic Inspection

Patent:
DE102017210508A1,EP3602028A1,EP3602028B1,US11391701B2,US2021148862A1,WO2018234022A1
12/2018

Inspecting materials and structures with ultrasound often yields varying results depending on the specific measurement, making reliable safety assessments difficult. To solve this, the new invention c...

Method for Creating an Evaluation Table for an Ultrasonic Inspection and Method for Ultrasonic Inspection

Patent:
DE102017210755A1,EP3602029A1,US2021364471A1,WO2019001902A1
12/2018

Testing materials for hidden internal flaws using ultrasound can be difficult, especially when the defects are extremely tiny—smaller than the sound waves themselves. When sound waves hit these micros...

Method for Evaluating a Test Data Set from an Ultrasonic Inspection

Patent:
DE102017207331A1,EP3583415A1,US2020088693A1,WO2018202485A1
11/2018

When inspecting materials using ultrasound, technicians often struggle to accurately pinpoint internal flaws because standard sound waves scatter and create blurry data. This invention introduces an a...

Apparatus and Method for Ultrasonic Testing

Patent:
DE102017207269A1, CN110678748A,EP3596455A1,US2021116421A1,WO2018197529A1
10/2018

Inspecting materials and industrial components with ultrasound usually requires firing multiple probes in a specific sequence, but waiting between pulses can significantly slow down the inspection pro...

Method for Calculating an Ultrasonic Amplitude Value and Ultrasonic Testing

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 ...

Test head and method for non-destructive testing

Patent:
DE102016224438A1 06/2018

When inspecting materials for hidden internal flaws using ultrasound, technicians often struggle to balance the width of the sound beam with the precision needed to detect small defects. Traditional l...

Method and Apparatus for Non-Destructive Testing of an Object

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...

Amplitude-based Defect Sizing of SAFT-Results

Article:
European Conference on Non-Destructive Testing 06/2018, At Gothenburg, Sweden; 12

Sizing of indications and the determination of the inspection sensitivity are core tasks in ultrasonic testing. They ensure that critical inhomogenities can be detected and assessed. For the Synthetic...

Correct sizing of reflectors smaller than one wavelength

Conference Paper:
European Conference on Non-Destructive Testing 06/2018, At Gothenburg, Sweden; 12

In the field of ultrasonic testing there are two key questions: Which defects can be found and-in the case indications are found-do they restrict the use of the part? Regarding both questions, the pre...

Method and Apparatus for Non-Destructive Testing of an Object

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 ...

Method for Evaluating an Ultrasonic Inspection, and Method and Apparatus for Ultrasonic Inspection

Patent:
DE102016221333A1 05/2018

Here is a clear, easy-to-understand summary of the invention for a general audience: When inspecting materials using ultrasound, technicians often struggle to get a sharp and reliable image of inte...

Method for the Non-Destructive Testing of an Object

Patent:
DE102016218958A1 04/2018

Inspecting critical objects for hidden damage or flaws usually requires knowing the exact physical location of the testing tool, which can be difficult to track accurately in real time. This invention...

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