Software

Acellent's exclusive suite of software is tightly integrated with our hardware, simplifying the process of data acquisition, diagnostics, and monitoring. Our software incorporates advanced proprietary algorithms for event localization, quantification, and prognostics, all in a user-friendly and easy-to-use package. Different editions and licenses are available to fit your specific use-case and budget.

SHM Composite

Our SHM Composite software is designed specifically for monitoring large composite structures, such as aircraft wings, fuselages, turbine blades, and pressure vessels. It detects, classifies, localizes, and quantifies various types of damage in composite materials, including delaminations, disbonds, and matrix cracking.

SHM Composite works in conjunction with our SMART Layer sensor networks and ScanGenie data-acquisition hardware to provide a Structural Health Monitoring (SHM) solution utilizing "active" acousto-ultrasonic guided wave interrogation to detect damage in large composite structures. It is suitable for use in both laboratory and field (real-world, in-service) applications.

SHM Patch

Our SHM Patch software is designed specifically for monitoring localized "hot spot" areas and components. It detects, classifies, localizes, and quantifies various types of damage in metal structures, including fatigue cracks and other structural anomalies.

SHM Patch works in conjunction with our SMART Layer sensor networks and ScanGenie data-acquisition hardware to provide a Structural Health Monitoring (SHM) solution utilizing "active" acousto-ultrasonic guided wave interrogation to detect damage in "hot spots" within metal structures. It is suitable for use in both laboratory and field (real-world, in-service) applications.

SHM RAPID

Our SHM RAPID (Realtime Active Pipeline Integrity Detection) software is designed specifically for monitoring "hot spot" areas in pipelines, such as joints and welds. It detects, classifies, localizes, and quantifies the rate of wall-thickness loss due to corrosion and erosion in pipes and other metal structures.

SHM RAPID works in conjunction with our SMART Layer sensor networks and ScanGenie data-acquisition hardware to provide a Structural Health Monitoring (SHM) solution utilizing "active" acousto-ultrasonic guided wave interrogation to detect corrosion- and/or erosion-induced damage within metal pipes and other similar structures. It is suitable for use in both laboratory and field (real-world, in-service) applications.

SHM ACESS

Our SHM ACESS (ACEllent Software Suite) software is designed specifically for use in academic laboratories. It provides a diagnostic image showing changes in the monitored structure or structural component that are indicative of damage. It works with both metal and composite structures.

SHM ACESS Pro adds system and sensor self-diagnostics as well as environmental compensation tools to enable data analysis under real-world conditions.

SHM ACESS and ACESS Pro both work in conjunction with our SMART Layer sensor networks and ScanGenie data-acquisition hardware to provide a Structural Health Monitoring (SHM) solution utilizing "active" acousto-ultrasonic guided wave interrogation to detect damage in all types of structures. Both are suitable for use only in laboratory/academic settings.

AIM

Our AIM (Acellent Impact Monitor) software provides continuous, real-time monitoring of impact events on any type of structure. It detects, localizes, and quantifies impacts, providing configurable visual and audible alerts as well as tools for advanced users to investigate the underlying structural response (stress wave). A complete log of impact events is maintained, along with the date/time, location, force, and energy of each.

AIM works in conjunction with our SMART Layer sensor networks and IMGenie data-acquisition hardware to provide a Structural Health Monitoring (SHM) solution utilizing "passive" acoustic wave analysis to detect impacts in all types of structures. It is suitable for use in both laboratory and field (real-world, in-service) applications.