Potential of Valve Train Variability in Passenger Car Diesel Engines

Variable valve control systems are state-of-the-art technology in today's gasoline engines, although their application in diesel engines has also become the focus of recent studies. These systems offer one possibility of resolving the conflict of objectives between a further reduction in engine-out emissions and an improvement in fuel efficiency. Mahle has examined their potentials on the basis of the Cam-in-Cam variable camshaft for the intake valves.
Show metadata: hide author | source | keywords
Author(s): Simon Schneider; Patric Genieser; Stiev Birke; Dr. Christian Bücker


» Download article (no additional fees) PDF
» Register to use the online article archive register
start
MORE ARTICLES
Mixture Formation   Valve Train   Variable Valve Control   Cam-in-Cam Variable Camshaft   Variable Camshaft   CIC V1   CIC V2   Mahle  
FURTHER ARTICLES
Efficient Simulation of the Crash Behaviour of the Dual Phase Steel HCT980X Efficient Simulation of the Crash Behaviour of the Dual Phase Steel HCT980X
Virtual product development is very important for applications of crash scenarios in the automotive industry. The accuracy of simulations depends strongly on the applied material models. Many...   » more
Fully Automatic Determination of the Trunk Volume Fully Automatic Determination of the Trunk Volume
The volume of a car trunk is an important purchase criterion. According to common DIN, ISO and SAE industrial standards, it is determined by filling up the trunk with special boxes. In addition to...   » more
Composite Solution for a Lightweight Front End Module Composite Solution for a Lightweight Front End Module
Valeo's Front End Module Product Group has developed a new technology using an innovative composite material with glass or carbon fibres and thermoplastic resins. This solution can provide...   » more

 
start
PREMIUM PARTNERS
dSpaceTRW

BorgWarnerTata Steel

SiemensFederal-Mogul Powertrain
start
LOGIN
 
start
NEWSLETTER
Weekly Newsletter. Up to date news, reports and interviews. For free!

  
 
Home Springer Vieweg Media Service Privacy Policy Imprint Contact

© Springer Fachmedien Wiesbaden GmbH 2016