Embodiments of the present disclosure provide a system (100) for performing an underwater survey of a ship hull. The system (100) can include one or more frames (9) that can move along a set of wire ropes (11) attached to a ship deck or a flat platform on the ship deck. The one or more frames (9) can further compris...

The present invention provides a system (100) for inspecting railroad tracks using a wheel probe assembly (102) that includes a phased array ultrasonic transducer (104), enabling rolling contact of the transducer over a rail surface. The wheel probe assembly (102) is scanned in a straight line, with an outer rotatin...

Described herein is a tethered pigging system for inspecting U-bend coils 1011 and small-diameter pipelines. The system includes a launching device (1001) that introduces and retrieves a probe assembly (1002) into the pipeline or coiled tube (1010) for inspection. The probe assembly (1002) is equipped with ultrasoni...

Embodiments of the present disclosure relate to a device (100) and method (500) for assessing refractory erosion and disbonding in an industrial equipment. The device (100) is configured as a Light Detection and Ranging (LiDAR)-based Non-Destructive Testing (NDT) system integrated with Augmented Reality SCAN (ARSCAN...

An apparatus (100) for testing one or more welded joints of a rail (200) can include a frame (110) to be mounted securely onto the rail (200). The frame (110) can include a drive mechanism (120) mounted transversely onto the frame (110) to allow a linear motion of the frame (110) along a longitudinal length of the r...