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BL
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| Record Number
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882049
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| Main Entry
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Bargende, Michael.
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| Title & Author
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19. Internationales Stuttgarter Symposium : : Automobil- und Motorentechnik.
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| Publication Statement
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Wiesbaden :: Springer Vieweg. in Springer Fachmedien Wiesbaden GmbH,, 2019.
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| Series Statement
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Proceedings Ser.
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| Page. NO
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1 online resource (1441 pages)
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| ISBN
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3658259396
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: 9783658259396
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3658259388
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9783658259389
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| Bibliographies/Indexes
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Bibliography
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Bibliography8 Automotive clusters in Germany and Baden-Württemberg; 1 The end game in the auto industry; 2 Clusters: Possible drivers of innovation and helpers in the new ""world of mobility; 2.1 Automotive clusters in Germany support technology transfer and provide orientation; 3 Global players and local heroes: The automotive industry in Baden-Württemberg; 3.1 The greatest upheavals for and in the automotive industry at the present time; 3.2 Need for greater networking and cooperation in Baden-Württemberg; 4 Networks: a small contribution towards the adaptability of the industry
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| Contents
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Intro; WELCOME IN STUTTGART; INDEX -- Volume 1; INDEX -- Volume 2; SPEAKERS, CHAIRPERSONS; 1 Motion control solutions for automated driving systems at BMW; 1 Autonomous Driving to Shape the Future of Mobility by BMW; 2 Architectural Overview of an Automated Driving System; 3 Motion Control Approach for Autonomous Driving; 3.1 Central Vehicle Management Handling the Vehicle Guidance; 3.2 EgoMotion: Measurement of Vehicle Motion; 3.3 Consideration of Friction by Use of Cloud Data; 3.4 From a Failsafe System to Fail Operational Functionality
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4 Prospects for Future Application of Motion Control SolutionsBibliography; 2 Is a typical Mercedes-Benz Driving Character still necessary with an increasing number of driver assistance systems?; 1 Mercedes-Benz Driving Character; 2 Driver assistance systems and the Mercedes-Benz Driving Character: How do they interact?; 3 Outlook for the Mercedes-Benz Driving Character with autonomous driving; Bibliography; 3 Reasons why customers will still buy premium (chassis) in the age of automated driving; 4 Technical scenarios for the decarbonization of road transport
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5 Comparative evaluation of PtX processes for renewable fuel supplyMotivation; Power-to-X fuels; Conclusion; Bibliography; 6 Modelling of real fuels for an effective virtual engine development with focus on alternative fuel; 1 Abstract; 2 Introduction; 3 QuickSim: 3D-CFD tool for a reliable virtual engine development; 4 Fuel Modelling in QuickSim; 4.1 Auto-ignition modelling; 5 SACI Operating Strategy and Experimental Setup; 6 Experimental fuel investigation; 6.1 First analysis -- fuels comparison at the test bench; 6.2 Optimization of fuel composition -- Fuel DoE
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6.3 Fuel test through engine simulation6.4 Final validation at the test bench; 7 Summary and Outlook; Bibliography; Abbreviations; 7 Sustainable drive concepts for future motorsports; 1 Abstract; 2 Introduction; 2.1 The DNA of Motorsports; 3 Sustainability and Life Cycle Assessment; 4 Sustainable drive concepts for endurance racing; 4.1 Internal combustion engine with liquid fuels; 4.2 Internal combustion engine with gaseous fuels; 4.3 Battery electric vehicle; 4.4 Fuel cell electric vehicle; 5 Life Cycle Assessment of drive concepts for endurance racing; 6 Vision of a sustainable motorsport
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| LC Classification
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TJ241-254.7TL1-483
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| Added Entry
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Reuss, Hans-Christian.
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Wagner, Andreas.
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Wiedemann, Jochen.
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