197 Titel

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    Effects of new gasoline fuels on the ageing of lubricants and resulting effects on tribology of engine components
    Frankfurt am Main : FVV e.V. // Science for a moving society, 2020
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    Efficiency increase of diesel combustion by influencing wall heat flux
    Frankfurt am Main : FVV e.V. // Science for a moving society, 2020
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    Parameters for quantification of the disturbance of engine noise components in the vehicle interior
    Frankfurt am Main : FVV e.V. // Science for a moving society, 2020
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    Modelling of emissions in gas turbines
    Frankfurt am Main : FVV e.V. // Science for a moving society, 2020
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    Characterisation of biofuel evaporation processes
    Frankfurt am Main : FVV e.V. // Science for a moving society, 2020
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    Development and experimental verification of a fatigue assessment method for
    Frankfurt am Main : FVV e.V. // Science for a moving society, 2020
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    Investigation and analysis of the thermodynamical conditions on the mechanism of NO2 formation in diesel engines
    Frankfurt am Main : FVV e.V. // Science for a moving society, 2020
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    Development of a fuel cell system model to describe the membrane humidification under dynamic conditions and methodology to transfer the model to a HiL application for the optimization of the operation strategy
    Frankfurt am Main : FVV e.V. // Science for a moving society, 2020
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    Quantifizierung erhöhter Schmierölkonzentrationen an Kolben und Zylinderlaufbuchse, des damit verbundenen Ölaustrags und dessen Einfluss auf die ottomotorische Verbrennung
    Frankfurt am Main : FVV e.V. // Science for a moving society, 2020
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    Investigation of interactions between fuels and fuel leading components in Plug-in Hybrid Electric Vehicles (PHEV)
    Frankfurt am Main : FVV e.V. // Science for a moving society, 2020
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    Development of a Fuel Sensor in order to detect the ageing conditon of fuels and identification of special components
    Frankfurt am Main : FVV e.V. // Science for a moving society, 2020
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    Optimization of the transient performance of gas-driven ship propulsion plants
    Frankfurt am Main : FVV e.V. // Science for a moving society, 2020
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    Improvement of understanding of penetration and ignition behaviour of high-pressure gas jets in Gas-Diesel combustion systems
    Frankfurt am Main : FVV e.V. // Science for a moving society, 2020
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    Numerical and optical studies of mixture formation of a small-volume direct-injection gasoline engine with different injector positions
    Frankfurt am Main : FVV e.V. // Science for a moving society, 2020
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    Investigation of the smallest possible cylinder bore combining small engine displacement with gasoline direct injection
    Frankfurt am Main : FVV e.V. // Science for a moving society, 2020
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    Concept of a generic fuel cell which allows for a pre-competetive comparison of research results
    Frankfurt am Main : FVV e.V. // Science for a moving society, 2020
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    Application and validation of a laboratory test method for classifying diesel fuels according to their tendency for deposit formation in injection systems as a function of temperature
    Frankfurt am Main : FVV e.V. // Science for a moving society, 2020
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    Identifying, quantifying and modelling of the influence of selected methane-based fuels and liquid fuels on the heat release rate at knocking combustion for spark-ignition engine operation
    Frankfurt am Main : FVV e.V. // Science for a moving society, 2020
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    Mistuning of bladed disks with aerodynamic and structural coupling
    Frankfurt am Main : FVV e.V. // Science for a moving society, 2020
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    Modelling emissions of diesel engine combustion with variable valve timing
    Frankfurt am Main : FVV e.V. // Science for a moving society, 2020