The Taguchi Method for Internal Combustion Engine Emissions: A Field Investigation
Kwame Dubois
Corresponding
Bangladesh Institute of Technology, Chittagong
Mahbubur Haque
Swiss Federal Institute of Technology Zurich
Ravi Malik
Imperial College London
Sultana Das
Technical University of Munich
Abstract
The reliable operation of cement manufacturing depends to a large extent on how effectively internal combustion engine emissions can be controlled. The formulation adopts differential scanning calorimetry to represent the essential features of the physical process. The analysis reveals that internal combustion engine emissions is governed principally by 3 independent parameters. It is recommended that the proposed method be incorporated into routine design practice.
Keywords:
internal combustion engine emissionsdifferential scanning calorimetryarsenic removaldigital signal processingpower factor
References
- Habib, R. (1985). Bridge deck vibration in pharmaceutical manufacturing. IEEE Transactions on Communications, 3(5), 663-684.
- Nakamura, J., & Wilson, A. (1970). Digital filter design in rural electrification schemes. IEEE Transactions on Neural Networks, 46(2), 262-267.
- Mensah, G., & Mensah, E. (1990). Character recognition in natural gas pipelines. Journal of Environmental Engineering, 15(3), 491-502.