Error-reduction approach for corrosion measurements of pipeline inline inspection tools

Pipeline Inspection Tools in a 3D Environment

The implementation of pipeline inspection functionalities in EIVAs 3D modelling tool, NaviModel3, has brought together a series of tools on a single platform. The tools can be used either simultaneously or one-by-one in a fully integrated solution, that has been developed with focus on 3D visualization in order to provide a highly intuitive and optimized environment for the post-processing. The...

Intelligent Monitoring Approach for Pipeline Defect Detection from MFL Inspection

Artificial Neural Networks(ANNS) have top level of capability to progress the estimation of cracks in metal tubes. The aim of this paper is to propose an algorithm to identify modeled cracks by magnetic flux leakage inspection in Non Destructive Testing (NDT) [1, 2, 3, 4, 5, and 6]. The analysis is carried out with a simulated database of signals in which the depth of the crack, its width, shap...

Development of a Robot Guided Optical Multisensory Inspection System for Inline Inspection of Cylinder Heads

The project RoboMAP is a cooperation of different partners from science and industry, including our institute. It aims at the development of an inspection system for quality assurance in the automotive industry. The objects to inspect are cylinder heads. In particular the valve seats and the valve stem guides are of special interest. The latter lie in the inner part of the cylinder head and are...

Corrosion Detection for Automated Visual Inspection

Unmanned aerial vehicle system for pipeline inspection

This paper deals with the inspection of pipeline by means of Unmanned Aerial Vehicle (UAV). The different methods of pipeline inspection, its technical and economic efficiency have been examined. The theoretical and experimental base for air monitoring on base of On Board Infrared Equipment (OBIE) have been examined. The method of pipeline inspection by means of UAV has been proposed. The descr...