An image analysis method was developed for the inspection of rotating blades of steam turbines. The method consists of three parts: (1) detecting the eventual crack points, (2) locating the cluster of these points, i.e. the eventual crack and (3) following and analyzing the eventual crack. A computer vision system was constructed to implement the method. The system has been tested during shutdowns in a Finnish power plant.</p
This paper outlines a non-destructive method that is suitable for evaluation of condition demonstrat...
This work presents a successful industrial application of the machine vision technology for the auto...
Detection and characterization of steam-turbine rotor flaws are of prime concern in decisions affect...
A new image processing technique was investigated to assess its ability to detect surface flaws on a...
The paper has been intended to discuss non-destructive testing methods and to present capabilities o...
Wind turbine generators are spreading around the world due to its advantages over fossil fuels. Stru...
Structural components of gas turbines, particularly the blades, sustain a variety of damages during ...
Structural components of gas turbines, particularly the blades, sustain a variety of damages during ...
This research focuses on the automation of blade inspection, using different Computer Vision (CV) ap...
The article presents a multi-stage algorithm for automatic (without any human, user – diagnostician ...
Radiographic testing is generally used in the quality management of aeroengine turbine blades. Tradi...
Checking wind turbines for damage is a common problem for operators of wind parks, as regular inspec...
This paper outlines a non-destructive method that is suitable for evaluation of condition demonstrat...
The article presents selected problems in the synthesis of the database of expert diagnostic system ...
To improve the engine efficiency by increasing the gas temperature, multi-layer cooling passages are...
This paper outlines a non-destructive method that is suitable for evaluation of condition demonstrat...
This work presents a successful industrial application of the machine vision technology for the auto...
Detection and characterization of steam-turbine rotor flaws are of prime concern in decisions affect...
A new image processing technique was investigated to assess its ability to detect surface flaws on a...
The paper has been intended to discuss non-destructive testing methods and to present capabilities o...
Wind turbine generators are spreading around the world due to its advantages over fossil fuels. Stru...
Structural components of gas turbines, particularly the blades, sustain a variety of damages during ...
Structural components of gas turbines, particularly the blades, sustain a variety of damages during ...
This research focuses on the automation of blade inspection, using different Computer Vision (CV) ap...
The article presents a multi-stage algorithm for automatic (without any human, user – diagnostician ...
Radiographic testing is generally used in the quality management of aeroengine turbine blades. Tradi...
Checking wind turbines for damage is a common problem for operators of wind parks, as regular inspec...
This paper outlines a non-destructive method that is suitable for evaluation of condition demonstrat...
The article presents selected problems in the synthesis of the database of expert diagnostic system ...
To improve the engine efficiency by increasing the gas temperature, multi-layer cooling passages are...
This paper outlines a non-destructive method that is suitable for evaluation of condition demonstrat...
This work presents a successful industrial application of the machine vision technology for the auto...
Detection and characterization of steam-turbine rotor flaws are of prime concern in decisions affect...