Computed Tomography (CT) is a non-destructive X-ray imaging technique that is used to create detailed 3D models of internal structures. The process is used for a range of applications such as materials science and civil, mechanical and process engineering. CT inspection is used for defect detection and analysis, microstructure investigation, materials behaviour analysis and checking the quality of products and structures without damaging them. CT systems are used across industry to inspect everything from the smallest to the largest parts.
Engineering Applications
CT is used for a range of applications in engineering including:
- Algorithm Development: CT is used to deliver improved reconstruction and analysis algorithms, including AI/deep learning for large, dynamic datasets
- Civil Engineering: CT is can be used to study the microstructure and integrity of concrete and other building materials
- Data Analysis: CT can be used with CAD / FEA models to quantify and analyse microstructural features, defects, and more
- Materials Science: CT is used to analyse new and improved materials, understand processing-microstructure relationships, and to characterise material evolution (such as with batteries or composites)
- Mechanical Engineering: For the inspection of internal flaws in components, assessing stress/strain, and reverse engineering parts for production
- Process Engineering: Monitoring process changes, such as chemical reactions or fluid flow, with high temporal resolution
Computed Tomography Benefits
Computed tomography provides a number of benefits to industry. It is an efficient process that allows for the rapid non-destructive analysis of complex parts as well as being able to reveal internal structures that cannot be detected with surface imaging.
The process is capable of detecting microscopic variations and defects as well as being able to guide the development of optimised, more efficient materials.