Tomography Portal Gulliver

X-ray technology for components

 

Gantry

High-quality image-based analysis of building components and structures under static and dynamic loading conditions.

Max. Component length6000 mm
Max. Component width1000 mm
Max. Component height700 mm

X-ray technology

The built-in X-ray technology enables the generation of two- and three-dimensional image data. As a result, crack formation and crack propagation can be detected and analysed locally and along shifted the longitudinal axis on both the surface and the interior of test specimens.

Radiation source: Linear accelerator

Energy:9 MeV
Target material:      Wolfram
Voxel size:     < 1,5 µm

detectors

X-ray detector XEye 5009 HE

High-resolution scans for medium to large objects

Field of view:  500 x 90 mm²
Pixels:   10000 x  1900 px
Pixel size:    50 μm

 

X-ray detector Varex 4343 HE

High-resolution scans of small objects

Field of view:         400 x 400 mm²
Pixels:     3072 x 3072 px
Pixel size:    139 μm

 

High-speed detector

Two-dimensional fast scan

Field of view:      300 x 150 mm²
Pixels:   1000 x 500 px
Pixel size:      300 μm
Maximum frame rate:   300 Hz

 

Pressure

The load test bench enables static and dynamic loading on tension and compression in the transverse and longitudinal direction of the test specimen. The arrangement of supports can be customised and adjusted along the longitudinal direction of the specimen.

Static compressive force:   600 kN
Dynamic compressive force:          ± 300 kN
Tensile force, dynamic and static:± 300 kN

Radiation protection cover

The scanning operations take place in a test hall built by the German state of Rhineland-Palatinate. The building enables a wide range of computed tomography applications for different types of research activities, while ensuring high safety standards.

Crane runway:    2 x 12,5 t
50 t truck driveway: 4,5 m x 4,5 m