Future Powertrain Technologies 

<br/><br/><br/>English[eng] 
<br/><br/><label>ISBN: </label>9783040000000 
<br/><br/><label>Subjects--Topical Terms: </label><br/>degree of hybridization||energy management||hybrid propulsion||proton exchange membrane fuel cell||simulink, supercapacitor||fleet transition||optimization||life-cycle assessment||greenhouse gas||global warming potential||vehicle powertrain concepts||dedicated hybrid transmission||benchmarking||hybrid electric vehicle||efficiency||topology optimization||drive train optimization||powertrain concepts||structural reliability||uncertainties||ensemble learning||fault diagnosis||VFS||GA||input feedforward||fault observation||pressure sensor||aftermarket hybridization kit||emissions mitigation||local driving cycle||plug-in hybrid electric vehicles||vehicle efficiency||plug-in hybrid electric vehicle||electromechanical coupling||electrified mechanical transmission||multi-purpose vehicle||machine learning||powertrain control||automatic re-training||hybrid electric vehicles||dynamic programming||transmission||vehicle emissions||particle measurement programme (PMP)||portable emissions measurement systems (PEMS)||volatile removal efficiency||non-volatiles||solid particle number||catalytic stripper||evaporation tube||artefact||E-Mobility||powertrain design||high-speed||electric machine design||transmission design||gearbox||electric vehicles||range extenders||zinc–air battery||lithium-ion battery||electric vehicle transition||Arrhenius model||losses||mission profile||inverter||powertrain||Rainflow algorithm||reliability||thermal network||electric vehicle||n/a