Vaasa
Finland
University of Vaasa - School of Technology and Innovation
VVA, non-road engines, low temperature combustion, exhaust thermal management, gas-exchange
mid-speed engine, squirrel cage induction generator, battery storage, fast-running model, digital twin, model-based control
Combustion, Marine industry, Control Emissions, Thermal loading, RCCI engines, LTC engines
combustion, emissions, marine engines, dual fuel, thermal loading
Combustion, Thermal loading, RCCI, Multizone Model, GTSuite
condition-based monitoring, supervised learning, fault detection, HCCI engines, vibration analysis
RCCI, quasi-dimensional model, engine rapid prototyping, emissions prediction, multizone model
Multizone Model, RCCI engine, Acceleration, Parallel processing, Chemical mechanism
diesel engine, waste plastic, pyrolysis oil, emissions, engine calibration
combustion engine, low-temperature combuston, Vibration, heat release rate, combustion control
tyres, pyrolysis, fuel characterisation, compression ignition engine, Emissions, EPA Tier 4
VVA, after-treatment thermal management, predictive combustion model, diesel combustion, Emissions, off-road diesel engines
Diesel Engine, Selective catalytic reduction, Close-coupled SCR, Late post-injection, Regeneration
combustion engine, vibration, low-temperature combustion, combustion analysis
Phenomenological spray model, Fuel-air stratification, Dual-fuel marine engine, RCCI, Spray penetration
RCCI, HVO, natural gas, fuel reactivity, engine calibration
Anomaly Detection, Combustion fault detection, Condition-based monitoring, In-Cylinder pressure, Generative adversarial network, Convolutional neural network
dual-fuel engine, RCCI, predictive combustion models, multi-zone model, engine calibration
VVA, NVH, marine engine, valve seating
