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Dritev – Drivetrain For Vehicles 2019 / Titelei/Inhaltsverzeichnis
Dritev – Drivetrain For Vehicles 2019 / Titelei/Inhaltsverzeichnis
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I-I–I-XII
Titelei/Inhaltsverzeichnis
I-I–I-XII
Details
I-1–II-VIII
Band 1
I-1–II-VIII
I-1–I-78
Hybrid
I-1–I-78
I-1–I-20
Advanced development of dedicated hybrid concepts – Systematic search for optimal powertrain concepts
M. Horn, F. Kutter, B. Vahlensieck
M. Horn, F. Kutter, B. Vahlensieck
I-1–I-20
Details
I-21–I-48
Evaluation of the dedicated range-extender transmission powertrain concept DE-REX regarding efficiency, costs and complexity – Comparative assessment of electric and hybrid powertrain configurations b...
A. Viehmann, J.-E. Schleiffer, S. Rinderknecht
A. Viehmann, J.-E. Schleiffer, S. Rinderknecht
I-21–I-48
Details
I-49–I-66
Hybridized manual transmission – Opportunities and challenges of mild hybridization
K. Baron, C. Rübsam, M. Werra, F. Küçükay
K. Baron, C. Rübsam, M. Werra, F. Küçükay
I-49–I-66
Details
I-67–I-78
Low-cost DCT for emerging markets incl. 48 V hybridization
G. Hellenbroich
G. Hellenbroich
I-67–I-78
Details
I-79–I-112
Modular Systems
I-79–I-112
I-79–I-94
Modular system 8G-DCT with all-wheel drive
A. Harsch, G. Clausen, A. Rink
A. Harsch, G. Clausen, A. Rink
I-79–I-94
Details
I-95–I-102
7DCT/HDT400 – New fuel-efficient FWD DCT and hybrid transmission for up to 400 Nm
L. Herdle
L. Herdle
I-95–I-102
Details
I-103–I-112
Innovative 8HP modular design kit for conventional, MHEV and PHEV transmissions
A. Locher, M. Ebenhoch, P. Gutmann
A. Locher, M. Ebenhoch, P. Gutmann
I-103–I-112
Details
I-113–I-178
Simulation
I-113–I-178
I-113–I-132
Artificial intelligence in transmission control – Clutch engagement with reinforcement learning
A. Lampe, R. Serway, L. Große Siestrup, C. Gühmann
A. Lampe, R. Serway, L. Große Siestrup, C. Gühmann
I-113–I-132
Details
I-133–I-136
Virtual lubrication analysis – Simulation of oil flow in gearboxes using a novel lagrangian approach
R. Gat, M. Ehlen
R. Gat, M. Ehlen
I-133–I-136
Details
I-137–I-162
Development of an optimization framework for the comparative evaluation of the ecoimpact of powertrain concepts
A. Esser, J.-E. Schleiffer, T. Eichenlaub, S. Rinderknecht
A. Esser, J.-E. Schleiffer, T. Eichenlaub, S. Rinderknecht
I-137–I-162
Details
I-163–I-178
Holistic design approach for electric drives
P. Fietkau, N. Lamparsky, M. Felbermaier, A. Fröhlcke, T. Conze
P. Fietkau, N. Lamparsky, M. Felbermaier, A. Fröhlcke, T. Conze
I-163–I-178
Details
I-179–I-226
Increasing Power Density
I-179–I-226
I-179–I-196
Potential of lightweight construction and component properties of joined spur gears
C. Leonhardt, M. Otto, K. Stahl
C. Leonhardt, M. Otto, K. Stahl
I-179–I-196
Details
I-197–I-212
Solutions for increased power density at shifting clutches
H. Merkel
H. Merkel
I-197–I-212
Details
I-213–I-226
ecoLIFE3: An approach for a resource-efficient dimensioning of vehicle components based on a holistic optimization with real life load data –paradigm shift in transmission engineering based on big dat...
S. Foulard, S. Rinderknecht, F. Braun, P. Jardin
S. Foulard, S. Rinderknecht, F. Braun, P. Jardin
I-213–I-226
Details
I-227–I-278
Topology Optimization
I-227–I-278
I-227–I-254
1, 2 or 3 – how much it would be? Evaluating the need of multispeed electric drives coming from different perspectives
K. von Rueden, C. Danzer, J. Liebold, T. Mueller, T. Hirschbeck
K. von Rueden, C. Danzer, J. Liebold, T. Mueller, T. Hirschbeck
I-227–I-254
Details
I-255–I-264
Optimization of multi-motor electric drive systems – What is the optimum combination in terms of efficiency and cost?
P. Janssen, R. Keizer, T. Rosen
P. Janssen, R. Keizer, T. Rosen
I-255–I-264
Details
I-265–I-278
Potentials for improving the system behaviour of highspeed clutches for BEV using optimal transmission springs
H. Gürbüz, S. Ott, A. Albers
H. Gürbüz, S. Ott, A. Albers
I-265–I-278
Details
I-279–I-312
Electrical Drive Concepts of the Future I
I-279–I-312
I-279–I-286
Efficiency of electric axle drive systems – Potential of multi-speed-drives
S. Demmerer
S. Demmerer
I-279–I-286
Details
I-287–I-294
Integrated eDrive system for various performance classes
T. Pullen
T. Pullen
I-287–I-294
Details
I-295–I-312
Next generation of 48V HEV
W. Wenzel, M. Eglinger, M. Li, C. Sieg, J. Hengst, F. Küçükay
W. Wenzel, M. Eglinger, M. Li, C. Sieg, J. Hengst, F. Küçükay
I-295–I-312
Details
I-313–I-384
NVH
I-313–I-384
I-313–I-328
Minimize torsional vibrations – Full isolation if necessary
A. Kooy, R. Seebacher
A. Kooy, R. Seebacher
I-313–I-328
Details
I-329–I-348
Effective acoustic development of electrified powertrains – Combination of simulation and evaluation methods
C. Möser, T. Märkle, K. Hornung
C. Möser, T. Märkle, K. Hornung
I-329–I-348
Details
I-349–I-366
NVH-challenges and solution approaches in electric drive development from the supplier‘s view
C. Dassler, M. Kurch, M. Nichols
C. Dassler, M. Kurch, M. Nichols
I-349–I-366
Details
I-367–I-384
Transmission system footprint related to fatigue, efficiency and NVH
A. Grunwald
A. Grunwald
I-367–I-384
Details
I-385–I-426
Transmissions Concepts
I-385–I-426
I-385–I-396
Development of a new next-generation CVT for small cars
S. Kurokawa, M. Kunihisa, Y. Oyama
S. Kurokawa, M. Kunihisa, Y. Oyama
I-385–I-396
Details
I-397–I-410
New next generation eight-speed automatic transmission for FWD vehicles
C. Kim
C. Kim
I-397–I-410
Details
I-411–I-426
Efficient 6-speed manual transmission for modern downspeeding solutions
H. Göbbels, S. Scholz, S. Volkmer
H. Göbbels, S. Scholz, S. Volkmer
I-411–I-426
Details
I-427–I-482
Components
I-427–I-482
I-427–I-446
Efficiency improvements in transmissions using new latching technologies in clutch & hydraulic actuation systems
A. Moser, F. Brezger
A. Moser, F. Brezger
I-427–I-446
Details
I-447–I-454
Flexible oil management for dual-clutch transmissions
M. Bahne, A. Wiesebrock
M. Bahne, A. Wiesebrock
I-447–I-454
Details
I-455–I-470
Single vs. multi-cone synchronizers with carbon friction lining – A comparison of load limits and deterioration behavior
U. Stockinger, H. Pflaum, K. Stahl
U. Stockinger, H. Pflaum, K. Stahl
I-455–I-470
Details
I-471–I-482
Triple wet clutch module and actuation system, shift cylinders and park lock for modern hybrid transmissions – Architecture and technical description of a triple wet clutch unit and the related active...
O. Simon, W. Heubner
O. Simon, W. Heubner
I-471–I-482
Details
I-483–I-514
Four-wheel
I-483–I-514
I-483–I-500
New all-wheel drive systems in Mercedes-Benz SUVs
S. Stöhr, R. Koesling, V. Marx
S. Stöhr, R. Koesling, V. Marx
I-483–I-500
Details
I-501–I-514
Development of new hybrid AWD system for the SUV segment
K. Hasegawa, D. Kosaka, S. Shimizu, K. Kawabata, H. Tsukashima
K. Hasegawa, D. Kosaka, S. Shimizu, K. Kawabata, H. Tsukashima
I-501–I-514
Details
I-515–I-540
OEM Concepts for Electrical Powertrain
I-515–I-540
I-515–I-530
Volkswagen’s electric drivetrains of the new modular e-drive kit (MEB)
P. Lück, K. Bennewitz, J. Tousen
P. Lück, K. Bennewitz, J. Tousen
I-515–I-530
Details
I-531–I-540
Volvo Cars modular electric axle drive
M. Jörgensson, C. Wolrath, J. Hallnéus
M. Jörgensson, C. Wolrath, J. Hallnéus
I-531–I-540
Details
I-541–II-VIII
Electrical Drive Concepts of the Future II
I-541–II-VIII
I-541–I-554
Innovative transmission concept for hyper-high-speed electromechanical powertrains
D. Schweigert, M. Mileti, B. Morhard, M. Sedlmair, M. Fromberger, M. Otto, T. Lohner, K. Stahl
D. Schweigert, M. Mileti, B. Morhard, M. Sedlmair, M. Fromberger, M. Otto, T. Lohner, K. Stahl
I-541–I-554
Details
I-555–I-566
GKN’s ActiveConnect AWD system as an energy-efficient solution for electrified vehicles
C. Schmahl, M. Höck, D. Ressin, M. Kesseler
C. Schmahl, M. Höck, D. Ressin, M. Kesseler
I-555–I-566
Details
I-567–II-VIII
Schaeffler eAxle family – future solutions for the electric drivetrain
A. Kinigadner, T. Biermann
A. Kinigadner, T. Biermann
I-567–II-VIII
Details
II-1–III-VIII
Band 2
II-1–III-VIII
II-1–II-54
Power Electronic
II-1–II-54
II-1–II-14
Wide-Band-Gap (WBG) power semiconductor switches for automotive HV battery chargers – Opportunities & challenges
M. Elshaer, C. Chen
M. Elshaer, C. Chen
II-1–II-14
Details
II-15–II-28
System impacts to the electrical drive by using SIC-power semiconductors
H. Schäfer
H. Schäfer
II-15–II-28
Details
II-29–II-44
Challenges of sensorless high-speed drives with PM motors
M. Stulrajter, M. Pacha
M. Stulrajter, M. Pacha
II-29–II-44
Details
II-45–II-54
48V to 12V Converters for xEV Applications – Managing the headaches of dual voltage automotive architectures
J. Grabowski, A. Colognese
J. Grabowski, A. Colognese
II-45–II-54
Details
II-55–II-84
Optimization Electric Motor
II-55–II-84
II-55–II-66
New concepts for electrical drive trains for high power density
B. Müller, C. Angrick, M. Fritz
B. Müller, C. Angrick, M. Fritz
II-55–II-66
Details
II-67–II-76
Overview of stator technologies motors for electro mobility in passcars – The right technology for each application
A. Gehring, M. Beringer, M. Özdemir
A. Gehring, M. Beringer, M. Özdemir
II-67–II-76
Details
II-77–II-84
Nidec next generation electric traction motor
M. Özbek, J. Trommer, K. Akiyama, Y. Yamada
M. Özbek, J. Trommer, K. Akiyama, Y. Yamada
II-77–II-84
Details
II-85–II-140
Development Methods for Electrified Powertrains
II-85–II-140
II-85–II-98
Enhanced application of high-performance-computing in the design process of high-power-density traction motors
D. P. Morisco, I. Liviu Iepure
D. P. Morisco, I. Liviu Iepure
II-85–II-98
Details
II-99–II-110
Great Wall Motors’ 2nd generation of Pi4 platform – A high performance PHEV for premium SUV in China
Y. Le Neindre
Y. Le Neindre
II-99–II-110
Details
II-111–II-124
Optimisation of electric motor acoustics of a hybrid dual clutch gearbox using virtual methods
M. Kruse, H. Decker, Sebastian Eulert
M. Kruse, H. Decker, Sebastian Eulert
II-111–II-124
Details
II-125–II-140
Human/machine readable language representation method in HEV drivetrain testing
A. Alkan
A. Alkan
II-125–II-140
Details
II-141–III-VIII
Automotive System Requirements for Electrical Drives
II-141–III-VIII
II-141–II-150
Impact of hybridization on functional safety for low voltage eMotors – Impact of electrical and hybrid architectures (P2 P4) on the ASIL of electrical machines (eMotors)
M. Maillard, L. Laurenty, S. Chretien
M. Maillard, L. Laurenty, S. Chretien
II-141–II-150
Details
II-151–II-160
AUTOSAR Adaptive Platform – The standardized software framework for safe and intelligent e-mobility
M. Niklas, G. Reichart
M. Niklas, G. Reichart
II-151–II-160
Details
II-161–III-VIII
A modular Concept for EMI shielding of thermoplastic housings for E-Cars – An innovative approach to support weight saving and function integration
V. Schroiff
V. Schroiff
II-161–III-VIII
Details
III-1–III-102
Band 3
III-1–III-102
III-1–III-8
Markets and Fuels
III-1–III-8
Drivetrain trend of truck of Asian market and new technology drive train for HD truck
S. Sudo, T. Maeda, R. Kobayashi
S. Sudo, T. Maeda, R. Kobayashi
Details
III-9–III-28
Zero-Emission Driveline
III-9–III-28
III-9–III-18
New powertrain concepts for heavy duty commercial vehicles
R. Dold
R. Dold
III-9–III-18
Details
III-19–III-28
Electric driveline adaptation from passenger-car application to Light & Medium Truck application – A competitive, efficient, compact and light solution
T. Basbous, J. Mortal
T. Basbous, J. Mortal
III-19–III-28
Details
III-29–III-60
Emission Optimized Driveline
III-29–III-60
III-29–III-48
Dedicated hybrid transmission for commercial vehicle applications – Mechanical layout, system analysis and simulation of a dedicated hybrid transmission for commercial vehicles
C. Schoerghuber, I. Müller, H. Wiener
C. Schoerghuber, I. Müller, H. Wiener
III-29–III-48
Details
III-49–III-54
Gas powered heavy duty vehicles from Scania: Current program and future potential
M. Lindström
M. Lindström
III-49–III-54
Details
III-55–III-60
Diverse requirements, one product family – The HV Kit for LCV from MAGNA
R. Nasdal, K. Masser
R. Nasdal, K. Masser
III-55–III-60
Details
III-61–III-84
Conventional Transmissions
III-61–III-84
III-61–III-74
Benefits of the new Allison 9-speed fully automatic – Medium duty commercial transmission
S. Kluemper
S. Kluemper
III-61–III-74
Details
III-75–III-84
Mechatronic transmission control module for agile AMT Transmission actuation in commercial vehicles
S. Johnsen, R. Wexenberger
S. Johnsen, R. Wexenberger
III-75–III-84
Details
III-85–III-102
Advanced Simulation Methods
III-85–III-102
Simulation of load cycles for commercial vehicle drivelines based on statistical reasoning
M. Scherpelz, J. Bernhardt, T. Weyh
M. Scherpelz, J. Bernhardt, T. Weyh
Details
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Dritev – Drivetrain For Vehicles 2019 , page I-I - I-XII
Titelei/Inhaltsverzeichnis
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VDI Wissensforum GmbH (Ed.)
DOI
doi.org/10.51202/9783181023549-I-I
ISBN print: 978-3-18-092354-3
ISBN online: 978-3-18-102354-9
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