02274cam a22003015i 450000100090000000300050000900500170001400800410003101000170007202000300008903500130011904000290013204200080016105000210016908200170019024500690020726300090027626400460028530000450033133600260037633700280040233800270043049000440045750502340050152011680073565000340190370000350193722667173CSPC20250812111646.0220625s2022    nju           000 0 eng    a  2022941652  a9781789450750q(hardback)  a22667173  aDLCbengerdacDLCdCSPC  apcc04aTJ265b.T44 202204a621.11bT34300aThermodynamics of heat engines /ccoordinated by Bernard Desmet.  a2207 1aHoboken, New Jersey :bWiley-ISTE,c2022.  axv, 239 pages :billustrations ;c24 cm.  atextbtxt2rdacontent  aunmediatedbn2rdamedia  avolumebnc2rdacarrier0 aPhysics of energy and energy efficiency0 aEnergy conversion: thermodynamics basics -- Internal combustion engines -- Aeronautical and space propulsion -- Combustion and conversion of energy -- Engines with an external heat supply -- Energy recovery - waste heat recovery.  a"Optimizing the process of converting heat into mechanical power is a major challenge when it comes to meeting targets for protecting primary energy resources and minimizing our environmental impact. For many years to come, the use of thermal engines will continue to be necessary for transportation on land, by sea and by air, as well as for many industrial applications.
Against this background, Thermodynamics of Heat Engines aims to present a comprehensive overview of the thermodynamic concepts, including combustion, that are necessary for understanding the phenomena governing the energy efficiency of internal and external combustion engines as well as that of gas turbines and jet propulsion engines.
Existing and developing industrial applications, based on combined heat and power (CHP) or the use of staged cycles, are presented, with particular attention paid to the recovery of low temperature waste heat.
This book, which is mainly intended for university and engineering students but is also useful for engineers and technicians working in the fields concerned, provides a basis for reflection on the optimization of energy systems." -- back cover 0aHeat-enginesxThermodynamics.1 aDesmet, Bernard,ecoordinator.