Design and Systems Engineering

PHM Testing & Analysis Capabilities

 

The potential operational and cost advantages of Prognostics and Health Management (PHM) are well established. The key to realizing this potential is the sensitivity, accuracy, and precision of the PHM system’s anomaly detection, diagnostic features, and prognostic elements. Although there may be many reasons that drive the implementation of a PHM system, one common reason for implementing a PHM system is to guard against known failure modes whose root causes cannot be fully addressed by design, process, or operational procedures. In these cases the seeded-fault test methodology provides one of the most effective mechanisms for ensuring the potency of the PHM design.

 

Impact Technologies Seeded Fault

 

 

 

 

 

 

Application Solutions

 

> Aerospace
> Ground Vehicles
> Marine Systems
> Power & Industrial
> Electronic Systems
> Maintenance Management
> Design & Systems Eng.

> Commercial Systems
iiiIntegration

 

 

 

 

 

1

PHM System Functional Architecture Synthesis

2 PHM Design™ Software
3 Turbomachinery Design Software
4 Diagnostic/Prognostic Reasoner Design Software
5 PHM Testing & Analysis Capabilities
6 Robust Software Design
7 Model-Based Systems Engineering Capability
8 ReasonProX

 

 

Related Technology

 

> PHM Testing & Anaylsis