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NDT Research and Development
The Research and Development department is developing next
generation, novel, and smart technologies for challenging problems
facing industry.
Our R&D department has capabilities in the following areas:
SOFTWARE INTEGRATION
Automated NDT, multi parameter and multi technology NDT, real time
systems.
SOFTWARE DEVELOPMENT
GUI, wireless communication, data processing and data mining,
defect sizing and characterization.
ELECTRONICS INSTRUMENTATION DEVELOPMENT
Embedded hardware, Embedded software, VLSI, VHDL, smart sensors.
NDT TRANSDUCER DESIGN AND MODELING OF BEHAVIOR
EMAT, eddy current and ultrasonic
Through the many products developed here are
FreeScan
and N-BUS. Working together, these 2 products
are an efficient solution for composite materials scanning, providing
C-Scan images for applications in the aerospace industry.
  
Projects Undertaken
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Development of Resonant Techniques for Composite Inspection.
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Phased
Array EMAT for High Temperatures
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Development & modifications to manipulator for the Digital
Radiography systems & Computed Tomography. (Project:
SAFERAY)
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Phased
Array Ultrasonic.
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Heat
Exchanger Tube Inspection
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Development of GUI and integration of robotic crawler based NDT
Inspection Techniques for man-machine Interface MMI. (Project:
CHAINTEST)
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Development of Defect Visualization Software for Phased Array System
(Project:
POLYTEC)
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Development of automated Inspection system by a mobile vehicle and a
scanning arm. (Project:
ROBAIR)
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Development & Modeling of novel Short Range Ultrasonic Guided Wave
(SRUGW) technique for Lighting Poles Inspection (Project: SRUGW)
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Stress
Analysis & ultrasonic modeling for inspection of Riot Shields
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Research on NDT techniques for the inspection of Bourdon tubes &
adapters.
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Use of
GMR sensors for the development of NDT technique to inspect low
varying fields near the defects
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Research on Industrial Digital Radiography techniques in order to
establish centre of excellence. (Project:
FILMFREE)
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System
Navigation & positioning for Floating Production, Storage and
Offloading facilities (Project:
FPSO)
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Modeling and data analysis of Ultrasonic Guided Waves for long range
pipe inspection. (Project:
LRUCM)
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Modeling of ultrasonic waves for the inspection of Laser welded Thin
Sheet Automotive components. (Project:
OLIWAM)
For information
relating to projects and new research proposals please
Contact Us!
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