Acellent SHM Pro Software Suite for Structural Health Monitoring
Acellent SHM Pro Software Suite works in tandem with our SMART Layer sensor network and data acquisition hardware to detect and characterize structural anomalies in metals and composites due to the presence of cracks, corrosion, debonds, and delaminations.
SHM Pro Software Suite includes: SHM Composite, SHM Patch and RAPID software to provide industry-leading damage detection and quantification.
With the push of a button, our software instructs the hardware to interrogate the structure by collecting data. The software analyzes the data and presents the results in a clear, easy-to-understand display.
SHM Composite is our state-of-the-art Structural Health Monitoring software for in-field applications for detection and quantification of damage in large composite structures. SHM Composite includes all the features needed to perform in-field detection of damage under real-world environmental conditions.
SHM Patch is Acellent next-generation software for monitoring critical and often hard to inspect “hot-spot” areas and components, for fatigue cracks in aircraft, helicopters, pipelines and civil structures.
Acellent’s Real-time Active Pipeline Integrity Detection (RAPID) software is at the core of our RAPID pipeline monitoring system. It provides remote detection and quantification of the rate of wall thickness loss due to corrosion in pipelines or other metal structures.
Acellent’s Impact Monitoring (AIM) software monitors structures for impact events. AIM provides in real-time the location, time and force of impact events. The information is displayed visually as well as can be “voiced” by the computer to alert the operator that an impact event has occurred.
SHM ACESS Pro
SHM ACESS Pro (ACEllent Software Suite) is our lab based software providing a diagnostic image of changes to the structure that are indicative of damage in composite and metal structures. SHM ACESS Pro also adds sensor self diagnostics with environmental compensation and for data collection under real-world conditions.