Recognition of Working Condition in Cement Rotary Kiln Based on Generalized Dimensions

Hui Zhao; Jian Liu; Hong Jun Wang

doi:10.4028/www.scientific.net/AMM.740.676

Paper Titles

Image Acquisition and Processing for Laser Autocollimator
p.660

Impact Localization System by Using FBG Sensors and Extreme Learning Machine Algorithm
p.664

Multi-Object Tracking with Single Camera
p.668

Numerical Investigation of Nonlinear Filtration Problems of High-Viscosity Fluids in Porous Media
p.672

Recognition of Working Condition in Cement Rotary Kiln Based on Generalized Dimensions
p.676

Research and Realization on Image Preprocessing Technology Based on Improved Median Filter
p.680

Research of the PCB Quality Detection for IC Mount Base on the Digital Image Recognition
p.684

Research on the Anti-Collision Techniques of Radio Frequency Network of Pasture
p.688

Research on the Technique of Blind Recognition for Convolutional Code
p.692

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vol. 740Recognition of Working Condition in Cement Rotary...

Recognition of Working Condition in Cement Rotary Kiln Based on Generalized Dimensions

Abstract:

There has been a tight correlation between the change of the cement rotary kiln carrent and operation conditions, such as the kiln thermal condition, the thickness of the crust, the kiln tyre collapse and so on. Considering the different fractal characteristics that cement rotary kiln current signal exhibit in different conditions, this paper has study on the generalized fractal dimension of kiln current signal under different working conditions as the characteristic parameter. The levels and trends of rotary kiln current and working condition will be identified by computing the maximum correlation coefficient according to the generalized fractal dimension of detected signal and of cement rotary kiln current under different working condition.