Title of article :
Identification and Analysis of Engine Speed and Noise in In-line Diesel Engine
Author/Authors :
Gawande, S.H. M.E.S. College of Engineering - Department of Mechanical Engineering, India , Navale, L.G. M.E.S. College of Engineering - Department of Mechanical Engineering, India , Nandgaonkar, M.R. Government College of Engineering - Department of Mechanical Engineering, India , Butala, D.S. Greaves Cotton Ltd (DEU) - R D Department, India , Kunamalla, S. Greaves Cotton Ltd (DEU) - R D Department, India
From page :
71
To page :
74
Abstract :
For the cylinder power imbalancing/balancing methods proposed earlier in this research work by the authors, measurements of the angular speed of the crankshaft with sufficient quality is essential. In this paper different aspects of speed measurement are presented. A method is in addition is outlined for identification of the torque-noise component due to Quantization noise Geometric errors in the speed measurement setup. As the influence of mass torque and noise due to geometric noise is constant on the reconstructed oscillating torque for small fuel injection adjustments, the resulting change in the oscillating torque can be directly attributed to the fuel injection and gas torque change. The phase-angle diagram of the engine can consequently be identified through parameter estimation
Keywords :
Geometric noise , Speed Measurement , Quantization noise
Journal title :
Jordan Journal of Mechanical and Industrial Engineering
Journal title :
Jordan Journal of Mechanical and Industrial Engineering
Record number :
2644086
Link To Document :
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