TY - BOOK ID - 145039459 TI - Marine Engines Performance and Emissions PY - 2021 PB - Basel, Switzerland MDPI - Multidisciplinary Digital Publishing Institute DB - UniCat KW - Technology: general issues KW - CFD KW - NOx KW - engine KW - ammonia KW - water injection KW - marine two-stroke diesel engine KW - mean value engine model KW - compressor model KW - in-cylinder pressure trace KW - model calibration KW - marine propulsion system KW - shaft generator KW - power take-in KW - power take-off KW - energy efficiency design index KW - energy efficiency operational indicator KW - gradient vector optimization KW - power converter KW - torque oriented control KW - scrubber KW - EGCS KW - emissions KW - particles KW - PM KW - BC KW - exhaust gases KW - on board measurements KW - reduction KW - gaseous emissions KW - biodiesel mixtures KW - marine KW - turbocharger KW - bladed disc KW - measurement KW - laser KW - simulation KW - ships diesel engines KW - exhaust gas emission KW - fuel mixtures KW - rapeseed oil methyl ester KW - marine diesel oil KW - fuel injection parameters KW - ship propulsion system KW - electric power generating system KW - hybrid propulsion KW - propulsion control KW - LNG KW - mission profile KW - power take off/in KW - pneumatic flexible shaft coupling KW - pneumatic tuner of torsional oscillations KW - torsional vibration KW - semi-active vibroisolation KW - constant twist angle control KW - fan characteristics KW - model-based control KW - pneumatic bellows KW - MCDM KW - marine engine KW - injection KW - consumption KW - method of characteristics KW - one-dimensional numerical analysis KW - single cylinder diesel engine KW - mass flow rate KW - intake and exhaust system KW - methane slip KW - methane oxidation catalyst KW - natural gas KW - CFD KW - NOx KW - engine KW - ammonia KW - water injection KW - marine two-stroke diesel engine KW - mean value engine model KW - compressor model KW - in-cylinder pressure trace KW - model calibration KW - marine propulsion system KW - shaft generator KW - power take-in KW - power take-off KW - energy efficiency design index KW - energy efficiency operational indicator KW - gradient vector optimization KW - power converter KW - torque oriented control KW - scrubber KW - EGCS KW - emissions KW - particles KW - PM KW - BC KW - exhaust gases KW - on board measurements KW - reduction KW - gaseous emissions KW - biodiesel mixtures KW - marine KW - turbocharger KW - bladed disc KW - measurement KW - laser KW - simulation KW - ships diesel engines KW - exhaust gas emission KW - fuel mixtures KW - rapeseed oil methyl ester KW - marine diesel oil KW - fuel injection parameters KW - ship propulsion system KW - electric power generating system KW - hybrid propulsion KW - propulsion control KW - LNG KW - mission profile KW - power take off/in KW - pneumatic flexible shaft coupling KW - pneumatic tuner of torsional oscillations KW - torsional vibration KW - semi-active vibroisolation KW - constant twist angle control KW - fan characteristics KW - model-based control KW - pneumatic bellows KW - MCDM KW - marine engine KW - injection KW - consumption KW - method of characteristics KW - one-dimensional numerical analysis KW - single cylinder diesel engine KW - mass flow rate KW - intake and exhaust system KW - methane slip KW - methane oxidation catalyst KW - natural gas UR - https://www.unicat.be/uniCat?func=search&query=sysid:145039459 AB - This book contains a collection of peer-review scientific papers about marine engines’ performance and emissions. These papers were carefully selected for the “Marine Engines Performance and Emissions” Special Issue of the Journal of Marine Science and Engineering. Recent advancements in engine technology have allowed designers to reduce emissions and improve performance. Nevertheless, further efforts are needed to comply with the ever increased emission legislations. This book was conceived for people interested in marine engines. This information concerning recent developments may be helpful to academics, researchers, and professionals engaged in the field of marine engineering. ER -