SAE International Genetic Algorithm based Automated Calibration Tool for Numerical Selective Catalytic Reduction (SCR) Models 2009-01-1265

Description
An automated process was developed for the calibration of numerical aftertreatment models. The chemical kinetic mechanism examined in this case was part of a simplified SCR model. The process adopted for calibrating the SCR model was based on a micro-population multi-objective genetic algorithm. The algorithm developed was used to calibrate the SCR model using data derived from another, more detailed model to ensure that the evaluation focused only on the effectiveness of the calibration process and was not affected by issues of experimental inaccuracies or details of the model chemistry involved.
Description
An automated process was developed for the calibration of numerical aftertreatment models. The chemical kinetic mechanism examined in this case was part of a simplified SCR model. The process adopted for calibrating the SCR model was based on a micro-population multi-objective genetic algorithm. The algorithm developed was used to calibrate the SCR model using data derived from another, more detailed model to ensure that the evaluation focused only on the effectiveness of the calibration process and was not affected by issues of experimental inaccuracies or details of the model chemistry involved.

Suppliers

Company
Product
Description
Supplier Links
Genetic Algorithm based Automated Calibration Tool for Numerical Selective Catalytic Reduction (SCR) Models - 2009-01-1265 - SAE International
Warrendale, PA, United States
Genetic Algorithm based Automated Calibration Tool for Numerical Selective Catalytic Reduction (SCR) Models
2009-01-1265
Genetic Algorithm based Automated Calibration Tool for Numerical Selective Catalytic Reduction (SCR) Models 2009-01-1265
An automated process was developed for the calibration of numerical aftertreatment models. The chemical kinetic mechanism examined in this case was part of a simplified SCR model. The process adopted for calibrating the SCR model was based on a micro-population multi-objective genetic algorithm. The algorithm developed was used to calibrate the SCR model using data derived from another, more detailed model to ensure that the evaluation focused only on the effectiveness of the calibration process and was not affected by issues of experimental inaccuracies or details of the model chemistry involved.

An automated process was developed for the calibration of numerical aftertreatment models. The chemical kinetic mechanism examined in this case was part of a simplified SCR model. The process adopted for calibrating the SCR model was based on a micro-population multi-objective genetic algorithm. The algorithm developed was used to calibrate the SCR model using data derived from another, more detailed model to ensure that the evaluation focused only on the effectiveness of the calibration process and was not affected by issues of experimental inaccuracies or details of the model chemistry involved.

Supplier's Site

Technical Specifications

  SAE International
Product Category Standards and Technical Documents
Product Number 2009-01-1265
Product Name Genetic Algorithm based Automated Calibration Tool for Numerical Selective Catalytic Reduction (SCR) Models
Unlock Full Specs
to access all available technical data

Similar Products