Advanced multimodal data analysis and visualization of composites based on grating interferometer micro-CT data (ADAM).

In summary, the main goals pursued in the scope of ADAM project are:• To develop of advanced tomographic reconstruction methods for TLGI data, generating high quality reconstructions even from a limited number of projection angles and for directly estimating the material parameters of interest• To develop data fusion techniques, combinational and comparative visualization techniques enabling data overviews and detailed inspections, as well as visual analysis techniques for AC, DPC, and DFC-data of fiber-reinforced composites including bi- and multidirectional TLGI XCT data (a specimen is scanned two or more times with different orientations in order to acquire complete refraction information in all directions). A further requirement is that these techniques need to be capable of smart handling of the large TLGI XCT dataset sizes.• To evaluate the research results and to demonstrate the developed methods in a software prototype.• To disseminate the research results and acquired knowledge in order to foster the adoption of TLGI XCT inspection in industry; providing commercialization possibilities to the industrial partners and beyond.

Keywords:TOMOGRAPHY, COMPOSITE MATERIALS

Disciplines:Classical physics, Elementary particle and high energy physics, Other physical sciences