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Dive into the research topics where Andreas Schamel is active.

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Featured researches published by Andreas Schamel.


Archive | 2016

Review of combustion engine efficiency improvements and the role of e-fuels

Heiko Maas; Andreas Schamel; Carsten Weber; Ulrich Kramer

Over next decade, SI engines might adopt a significant amount of design solutions from CI engines. Therefore none of both can be finally called the winner – they are merging into an optimized engine for future sustainability requirements and heavily depend on technology readiness and technology cost, customer acceptance as well as total cost of ownership assessments. The fuel of choice (e.g. E-methane and E-DME) might determine which engine type can deliver lowest CO2 emissions.


MTZ worldwide | 2009

Ford’s New 3.5 l V6 Gasoline Engine

Gerhard Schmidt; Daniel Kapp; Andreas Schamel; Corey Weaver

Ford banded a new motor technology as “EcoBoost”. It applies direct fuel injection and turbocharging to gasoline engines and provides a major improvement in fuel economy via engine downsizing, combined with improved performance. The first Ford engine with this technology is the 3.5 l V6 EcoBoost in the 2010 Lincoln MKS luxury sedan. Combustion, fuel, boost, and power conversion systems are discussed in detail with emphasis on the efficiency and value of these systems. Engine level fuel economy and performance are discussed, and compared to conventional gasoline engines.


MTZ - Motortechnische Zeitschrift | 2009

Der neue 3,5-l-V6-Ottomotor von Ford

Gerhard Schmidt; Daniel Kapp; Andreas Schamel; Corey Weaver

Die von Ford unter dem Namen „EcoBoost“ kunftig vermarktete Ottomotorentechnik kombiniert Direkt ein spritzung und Turboaufladung. Sie reduziert den Kraftstoffverbrauch durch Motor-downsizing bei gleichzeitig verbesserten Fahrleistungen. Der erste Ford-Motor mit dieser Technik ist der 3,5-l-V6-EcoBoost-Ottomotor in der Lincoln-MkS-Limousine, die 2009 in Serie geht. Ford bewertet die entsprechenden Entwicklungen an Verbrennungs-, Kraftstoff- und Aufladesystemen sowie am Kurbeltrieb mit Fokus auf Effizienz, Kosten und Nutzen. Kraftstoffverbrauch und Leistung werden vorgestellt und mit konventionellen Motoren verglichen.


SAE transactions | 2004

Turbocharging Concepts for Downsized DI Gasoline Engines

Tim Lake; John Stokes; Richard Murphy; Richard Osborne; Andreas Schamel


SAE 2005 World Congress & Exhibition | 2005

Effects of Injection Timing and Valve Timings on CAI Operation in a Multi-Cylinder DI Gasoline Engine

Richard Standing; Navin Kalian; Tom Ma; Hua Zhao; Martin Wirth; Andreas Schamel


SAE International journal of engines | 2009

Development and Optimization of the Ford 3.5L V6 EcoBoost Combustion System

Jianwen Yi; Steven Wooldridge; Gary Coulson; Jim Hilditch; Claudia O. Iyer; Peter C. Moilanen; George Aristidis Papaioannou; David Bruce Reiche; Michael Howard Shelby; Brad Alan VanDerWege; Corey Weaver; Zheng Xu; George Carver Davis; Andreas Schamel


SAE International Congress and Exposition | 1989

An Efficient Model for Valvetrain and Spring Dynamics

P. J. Phlips; Andreas Schamel; J. Meyer


Archive | 2006

Approach for Facilitating Fuel Evaporation in Cylinder of an Internal Combustion Engine

Gopichandra Surnilla; Andreas Schamel


International Congress & Exposition | 1993

Modeling and Measurement Techniques for Valve Spring Dynamics in High Revving Internal Combustion Engines

Andreas Schamel; Joachim Hammacher; Dietrich Utsch


Archive | 1990

Camshaft for multi-valve internal combustion engine

Hans-Juergen Dr Kaiser; Rainer Steinberg; Bernhard Rosemann; Andreas Schamel; Patrick Philips

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