System and method for classification of defects in a manufactured object
AssigneeLockheed Martin Corporation
InventorsPeter W. Lorraine, Marc Dubois, Robert J. Filkins, Barbara Venchiarutti
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AssigneeLockheed Martin Corporation
InventorsPeter W. Lorraine, Marc Dubois, Robert J. Filkins, Barbara Venchiarutti
Estimating the term…
Ultrasonic testing techniques may involve the measurement of ultrasonic waves from the tested part. These waves may reflect from surfaces of various layers within the part. Further, these waves may reflect from faults, defects, voids, fractures, and others. As such, the measured ultrasonic wave is a complex mix of these reflections. One method for detecting flaws, defects, and others may be to express the signal in terms of a set of basis functions. These functions may be summed to produce the measured signal. Further, basis functions may be chosen such that a select set of the basis functions characterize the fault and/or defect. In one exemplary embodiment, the coefficients associated with the basis function may be non-zero when a defect is present. As such, a defect may be detected quickly and automatically.
A method for detecting one or more flaws in a manufactured part using sonic energy, the method comprising:
A system for detecting flaws in a manufactured object, the system comprising:
A system for comparing sonic energies generated in a manufactured object, the system comprising:
Dependencies are inferred from the claim text.