► 3D imaging using phased-array ultrasonics

► Ultra-fast inline tube inspection

► What types of material can be inspected?

► How are phased arrays typically used?

► Weld inspection using phased arrays—Filling zone

► The promise of ultrasonic phased arrays and the role of modeling in specifying systems

► Inspection of fastener holes in pitch-catch mode

► Inspection of fastener holes in pitch-catch mode2

► Concrete NDT using low-frequency phased arrays

► BERCLI : products and services

► Analysis capabilities

► Advantages of phased-array probes

► Modeling and driving 2d arrays

► Stiffener inspection using a linear array

► Fastener hole inspection in pulse-echo mode

► Tank inspection using a linear phased array

► Dynamic-depth focusing illustrated

Downloads - Publications

Downloads - Gallery

Ultrasonic Phased-Array Solutions

► General

► Application

Updated

March 12, 2008

Ultrasonic phased-array principles

Beam forming, steering and focusing

Point focusing, using a 7-element aperture

Point focusing, using a 16-element aperture

Virtual tandem probe

Focusing using a 2D-array

Nondestructive “paintbrush” inspection

Electronic scanning

Tank inspection simulation using CIVA

Daisy probe simulation using CIVA

Sectorial scanning 3D

Weld inspection

Dynamic-depth focusing

2D flexible array driven by multi-axis robot

2D flexible array, 3D real-time imaging

Linear flexible array, 3D real-time imaging

Nondestructive Testing

Live B-scan in 3D

Custom 3D view of ultrasonic signals

Scan views