Combustion phasing for maximum efficiency for conventional and high efficiency engines
JA Caton - Energy Conversion and Management, 2014 - Elsevier
The importance of the phasing of the combustion event for internal-combustion engines is
well appreciated, but quantitative details are sparse. The objective of the current work was to …
well appreciated, but quantitative details are sparse. The objective of the current work was to …
[HTML][HTML] Analysis on monofuel: Methane and hydrogen in passive TJI engine using Center of Combustion and lambda-value control
The search for new combustion systems makes the two-stage combustion system (TJI)
widely used when burning poor mixtures of methane and, increasingly, hydrogen. This …
widely used when burning poor mixtures of methane and, increasingly, hydrogen. This …
Comparative evaluation of data-driven approaches to develop an engine surrogate model for nox engine-out emissions under steady-state and transient conditions
A Brusa, E Giovannardi, M Barichello, N Cavina - Energies, 2022 - mdpi.com
In this paper, a methodology based on data-driven models is developed to predict the NOx
emissions of an internal combustion engine using, as inputs, a set of ECU channels …
emissions of an internal combustion engine using, as inputs, a set of ECU channels …
Application of IMEP and MBF50 indexes for controlling combustion in dual-fuel reciprocating engine
Engine control must take into account both the torque values and the combustion process.
The first of these values can be controlled using the knowledge of IMEP, while the …
The first of these values can be controlled using the knowledge of IMEP, while the …
Automatic combustion phase calibration with extremum seeking approach
E Corti, C Forte, G Mancini… - … of Engineering for …, 2014 - asmedigitalcollection.asme.org
One of the most effective factors influencing performance, efficiency, and pollutant emissions
of internal combustion engines is the combustion phasing: in gasoline engines electronic …
of internal combustion engines is the combustion phasing: in gasoline engines electronic …
Modification of the Wiebe function for methane-air and oxy-methane-based spark-ignition engines
Predictive combustion models assess engine performance for given setpoints by
determining the rate of heat release that is governed by the fuel mass burned. Often, simple …
determining the rate of heat release that is governed by the fuel mass burned. Often, simple …
Development and Assessment of Pressure-Based and Model-Based Techniques for the MFB50 Control of a Euro VI 3.0 L Diesel Engine
Pressure-based and model-based techniques for the control of MFB50 (crank angle at which
50% of the fuel mass fraction has burned) have been developed, assessed and tested by …
50% of the fuel mass fraction has burned) have been developed, assessed and tested by …
Transient spark advance calibration approach
Combustion control is assuming a crucial role in reducing engine tailpipe emissions while
maximizing performance. The effort in the calibration of control parameters affecting the …
maximizing performance. The effort in the calibration of control parameters affecting the …
Real-time start of a combustion detection algorithm using initial heat release for direct injection diesel engines
S Oh, K Min, M Sunwoo - Applied Thermal Engineering, 2015 - Elsevier
The start of combustion (SOC) in a compression ignition engine may not be consistent due
to the engine operating conditions of each engine cycle. This is true even if fuel is injected at …
to the engine operating conditions of each engine cycle. This is true even if fuel is injected at …
Development and software-in-the-loop validation of an artificial neural network-based engine simulator
FP Shethia, J Mecagni, A Brusa, N Cavina - 2022 - sae.org
Due to the ever increasingly stringent emission regula-tions for passenger vehicles, the
efficiency and performance increase of Spark Ignition (SI) engines have been under the …
efficiency and performance increase of Spark Ignition (SI) engines have been under the …