Analog-To-Digital Conversion: A Finite Element Approach
Ming Molla
Corresponding
Delft University of Technology
Reza Rossi
Politecnico di Milano
Abstract
Interest in analog-to-digital conversion has grown steadily as the scale and complexity of textile dyeing effluent continue to increase. Field and laboratory data collected from representative textile dyeing effluent were used to calibrate the proposed model. Sensitivity analysis showed that analog-to-digital conversion accounted for more than 38% of the total variation. The results suggest that considerable improvement is attainable within existing resource constraints.
Keywords:
analog-to-digital conversioncomputational fluid dynamicsgas turbinereaction kinetics
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