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This is the archive of the Clean Propulsion Technologies (CPT) project website. The project ended on 31.12.2023.The Flexible Clean Propulsion (Flex-CPT) project website can be accessed
here.
Key word: low-temperature combustion
Journal articles
Low Temperature Combustion Modeling and Predictive Control of Marine Engines
Modabberian Amin
,
Storm Xiaoguo
,
Shamekhi Amir-Mohammad
,
Vasudev Aneesh
,
Zenger Kai
,
Hyvönen Jari
,
Mikulski Maciej
reactivity controlled compression ignition
physics-based modeling
phenomenological modeling
marine engines
MPC
Model predictive control
low-temperature combustion
RCCI
Applied Sciences
2024
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Conference papers
Effects of H2 admixture on RCCI combustion dual-fuel marine engines: A model-based study
Vasudev Aneesh
,
Mikulski Maciej
,
Hyvönen Jari
multizone-model
low-temperature combustion
RCCI
hydrogen
IEEES 2023 - Proceedings Book
2023
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Journal articles
Real-time predictive model for reactivity controlled compression ignition marine engines
Storm Xiaoguo
,
Vasudev Aneesh
,
Shamekhi Amir-Mohammad
,
Modabberian Amin
,
Zenger Kai
,
Hyvönen Jari
,
Mikulski Maciej
Multi-zone model
Real-time model
Model predictive control
low-temperature combustion
RCCI
Control Engineering Practice
2023
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Conference presentations
Control-oriented Modeling Toolchain for Reactivity Controlled Compression Ignition Marine Engines poster
Storm Xiaoguo
,
Vasudev Aneesh
,
Shamekhi Amir-Mohammad
low-temperature combustion
RCCI
poster
project
presentation
clean propulsion technologies
control-oriented modelling
model-based powertrain development
Vaasa EnergyWeek 2023
2023
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Journal articles
Thermo-kinetic multi-zone modelling of low temperature combustion engines
Vasudev Aneesh
,
Mikulski Maciej
,
Ramanujam Balakrishnan Praveen
,
Storm Xiaoguo
,
Hunicz Jacek
low-temperature combustion
RCCI
control-oriented models
multi-zone models
chemical kinetics
Progress in Energy and Combustion Science
2022
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