Download the attached eBook to discover how non-destructive testing (NDT) and structural health monitoring ensure safety and reliability in a variety of sectors.
Key takeaways:
- Understand the role of non-destructive testing (NDT) and condition monitoring in preventing failures and improving asset reliability in safety-critical environments
- Learn how advanced NDT methods detect cracks, defects, delamination, and structural anomalies without causing damage to components or materials
- Discover how condition monitoring technologies and digital image correlation enable early fault detection and support long-term asset integrity management
- Explore tailored NDT and condition monitoring strategies that enhance quality assurance, operational safety, and asset lifecycle performance across industries
- See how NPL combines advanced testing technologies, data-driven analysis, and independent technical expertise to support informed engineering decisions
The detection of defects and irregularities in the materials of safety-critical infrastructure and components is crucial, as any unrecognized issues can spread over time, compromising structural integrity, shortening operating lifespans, and increasing the risk of failure.
The challenge is testing and monitoring materials, components, and structures for defects without causing damage, a need that is efficiently addressed by NDT, in situ condition monitoring, and larger-scale structural health monitoring.
This eBook describes a wide range of analytical techniques used for NDT and condition monitoring.
NDT is used to identify and measure manufacturing and in-service defects, from on-line production quality control to operational inspection and lifetime management, in a variety of industries, including rail, nuclear, automotive, aerospace, marine, and many other engineering applications.
It is complemented by condition monitoring of large structures, such as railway tunnels, to identify defects as early as possible, allowing corrective action to be conducted before the problem progresses. This helps extend the lifespans of crucial components and infrastructure in even the hardest conditions.
NPL is well-positioned to help you traverse the complexity of NDT and structural health monitoring, with cutting-edge facilities and a wide range of sensing, imaging, and other surface analysis techniques. This is supported by vast experience evaluating the quality and structural integrity of materials, components, and structures.
This information has been sourced, reviewed, and adapted from materials provided by National Physical Laboratory (NPL).
For more information on this source, please visit National Physical Laboratory (NPL).