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Dritev – Drivetrain For Vehicles 2018 / Titelei/Inhaltsverzeichnis
Dritev – Drivetrain For Vehicles 2018 / Titelei/Inhaltsverzeichnis
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I-I–I-X
Titelei/Inhaltsverzeichnis
I-I–I-X
Details
I-1–II-VI
Band 1
I-1–II-VI
I-1–I-48
AT/DCT
I-1–I-48
I-1–I-10
The all-new 8-speed AT for the Opel Grandland X
G. Bednarek, K. Geratz, H. Chariou
G. Bednarek, K. Geratz, H. Chariou
I-1–I-10
Details
I-11–I-22
The new BMW automatic transmission – Challenges in development
M. Roßhuber, G. Schromm, K. Kranz
M. Roßhuber, G. Schromm, K. Kranz
I-11–I-22
Details
I-23–I-32
Third Generation of ZF’s 8-speed automatic transmission – Reducing CO2 emissions in the 8HP transmission
C. Sibla, A. Donges, F. Jauch
C. Sibla, A. Donges, F. Jauch
I-23–I-32
Details
I-33–I-48
Enhancement of a dual clutch transmission kit – AUDI S tronic – Version for All-Wheel Drive, Increase of Torque and HV Electrification
A. Schmidt, H.-P. Fleischmann
A. Schmidt, H.-P. Fleischmann
I-33–I-48
Details
I-49–I-94
CVT
I-49–I-94
I-49–I-64
Future Schaeffler CVT concepts with an innovative actuation system
R. Stehr, A. Götz, M. Ciesek, S. Köpfler, M. Finsterbusch, R. Willeke
R. Stehr, A. Götz, M. Ciesek, S. Köpfler, M. Finsterbusch, R. Willeke
I-49–I-64
Details
I-65–I-78
CVT: dedicated to hybrid solutions – Setting the benchmark on all KPI’s
G. van Spijk, A. Klaassen, A. van der Leest, A. Brandsma, M. Tweehuysen
G. van Spijk, A. Klaassen, A. van der Leest, A. Brandsma, M. Tweehuysen
I-65–I-78
Details
I-79–I-94
Development of new torque converter lockup control for new generation of infiniti QX50
Y. Endo
Y. Endo
I-79–I-94
Details
I-95–I-146
Tools/Component optimization
I-95–I-146
I-95–I-100
Churning oil path optimization process development – Application of moving particle simulation method to design process
C. Ahn
C. Ahn
I-95–I-100
Details
I-101–I-118
Thermal-hydrodynamic optimization of grooves in a wet clutch
M. Behzad, V. Saxena, M. Schaefer
M. Behzad, V. Saxena, M. Schaefer
I-101–I-118
Details
I-119–I-130
The impact of efficiency enhanced drivetrain components on the energy consumption of electric and conventional vehicles
C. Schmahl, W. Hildebrandt, D. Reith
C. Schmahl, W. Hildebrandt, D. Reith
I-119–I-130
Details
I-131–I-146
Holistic approach for fatigue life design of vehicle transmissions
M. Hein, T. Tobie, K. Stahl
M. Hein, T. Tobie, K. Stahl
I-131–I-146
Details
I-147–I-196
Synthesis
I-147–I-196
I-147–I-162
Innovative transmission topologies using the example of a P2-hybridtransmission for front-transverse applications
T. Smejkal, C. Wirth
T. Smejkal, C. Wirth
I-147–I-162
Details
I-163–I-180
A generic transmission model for hybrid electric drives – Integration of the dynamic behavior of all conventional-, electric-, and hybrid-transmission mode types in a single model
W. van Harselaar, M. Brouwer, T. Hofman
W. van Harselaar, M. Brouwer, T. Hofman
I-163–I-180
Details
I-181–I-196
Automated design concept generation of automatic transmissions – Design concept generation based on results of transmission synthesis
D. Evenschor, D, Dennin, P. Tenberge
D. Evenschor, D, Dennin, P. Tenberge
I-181–I-196
Details
I-197–I-238
Transmission topologies as part of electrified powertrains
I-197–I-238
I-197–I-210
Electrified automated manual transmission (eAMT) – Synergies by combining an electric drive with an automated transmission
F. Mühlfeld, M. Hochrein, N. Schmidt-Winkel, J. Buhl
F. Mühlfeld, M. Hochrein, N. Schmidt-Winkel, J. Buhl
I-197–I-210
Details
I-211–I-228
AVL’s future hybrid X mode – A modular transmission family concept
I. Andrasec, B. Jeitler
I. Andrasec, B. Jeitler
I-211–I-228
Details
I-229–I-238
Powershift capable 2-Speed Electric Drive Unit for Light – Commercial Vehicles with Short Time to Market
G. Hellenbroich, I. Steinberg, J. Ogrzewalla
G. Hellenbroich, I. Steinberg, J. Ogrzewalla
I-229–I-238
Details
I-239–I-268
E-axle
I-239–I-268
I-239–I-254
Multi-objective gearbox design optimization for xEV-axle drives under consideration of package restrictions
M. Hofstetter, D. Lechleitner, M. Hirz, M. Gintzel, A. Schmidhofer
M. Hofstetter, D. Lechleitner, M. Hirz, M. Gintzel, A. Schmidhofer
I-239–I-254
Details
I-255–I-268
Seamless-shift two-speed eAxle with torque vectoring
D. Güth, J. Haupt, T. Gassmann
D. Güth, J. Haupt, T. Gassmann
I-255–I-268
Details
I-269–I-346
Systems
I-269–I-346
I-269–I-284
From fleet requirements to optimized Dedicated Hybrid Powertrains
C. Danzer, T. Voigt, T. Günther, R. Tröger
C. Danzer, T. Voigt, T. Günther, R. Tröger
I-269–I-284
Details
I-285–I-304
Transmission technology contribution to CO2 roadmap – a benchmark
M. Bahne, U. Frey, G. Schlager
M. Bahne, U. Frey, G. Schlager
I-285–I-304
Details
I-305–I-322
Entry hybridization of manual transmission drivetrains – A review of P0/P1 structures with an automated clutch
M. Kneißler, R. Welter, M. Baumann
M. Kneißler, R. Welter, M. Baumann
I-305–I-322
Details
I-323–I-346
Investigation of gear shifts in a parallel-series hybrid powertrain with dog clutches in a demonstrator vehicle (two-drive-transmission with range-extender, DE-REX)
A. Viehmann, R. König, S. Rinderknecht
A. Viehmann, R. König, S. Rinderknecht
I-323–I-346
Details
I-347–I-384
Components
I-347–I-384
I-347–I-356
The development of a low friction and low viscosity final drive oil
T. Nishikawa, Tomoo Kubo
T. Nishikawa, Tomoo Kubo
I-347–I-356
Details
I-357–I-368
TorqueLINE cone clutch: Thermo-mechanical stability of cone clutches for ATs
M. Mileti, H. Pflaum, K. Stahl
M. Mileti, H. Pflaum, K. Stahl
I-357–I-368
Details
I-369–I-384
Potential of lightweight design of a vehicle transmission by usage of high strength steels
U. Reichert, F. Busch, S. Ott, K. Bause
U. Reichert, F. Busch, S. Ott, K. Bause
I-369–I-384
Details
I-385–I-412
Transmission manufacturing
I-385–I-412
I-385–I-396
“Friction Stir Welding” – Lightweight through manufacturing technology – The path from a concept to revolutionary gearbox manufacturing
A. Dietrich, H. Klampfl
A. Dietrich, H. Klampfl
I-385–I-396
Details
I-397–I-412
Industry 4.0 in the automatic transmission production
K.-P. Fritsch
K.-P. Fritsch
I-397–I-412
Details
I-413–I-440
Simulation
I-413–I-440
I-413–I-424
Torque prediction in vehicle drive trains based on bus signals using artificial neural networks
J.-M. Veith, B. Krüger, A. Albers, M. Behrendt
J.-M. Veith, B. Krüger, A. Albers, M. Behrendt
I-413–I-424
Details
I-425–I-440
Shift simulator for shift feel and quality development of manual transmissions
B. Arnold, B. Lecointre
B. Arnold, B. Lecointre
I-425–I-440
Details
I-441–I-498
Hybrid modules
I-441–I-498
I-441–I-450
HEV P2 module concepts for different transmission architectures clutch and e-motor options
B. Chamberlin, E. Gold
B. Chamberlin, E. Gold
I-441–I-450
Details
I-451–I-464
The new plug-in hybrid module as an addition to the AUDI S tronic gearbox family – Design, layout and manufacture
J. van der Meer, G. Hangen, J. Uhlig
J. van der Meer, G. Hangen, J. Uhlig
I-451–I-464
Details
I-465–I-484
The application of fast and efficient clutch coordination control in a P2 hybrid automatic transmission
W. Guo, M. Jordan, X. Xu
W. Guo, M. Jordan, X. Xu
I-465–I-484
Details
I-485–I-498
Efficient hybrid clutch actuator
P. Maurel, N. Termenon, Philippe Kraemer, I. Sogoba
P. Maurel, N. Termenon, Philippe Kraemer, I. Sogoba
I-485–I-498
Details
I-499–II-VI
48V Systems
I-499–II-VI
I-499–I-516
Advanced powertrain functions of 48 V hybrid vehicles – Efficient powertrains does not exclude driving pleasure
R. Savelsberg, P. Griefnow, G. Birmes, A. Sehr
R. Savelsberg, P. Griefnow, G. Birmes, A. Sehr
I-499–I-516
Details
I-517–I-528
48 volt torque vectoring electric rear drive module (eRDM) – Excellent driving dynamics with significant CO2 savings
T. Högnäs, G. Beldie
T. Högnäs, G. Beldie
I-517–I-528
Details
I-529–II-VI
Thermal behavior of 48 V hybrid systems
M. Werra, A. Ringleb, C. Sieg, F. Küçükay
M. Werra, A. Ringleb, C. Sieg, F. Küçükay
I-529–II-VI
Details
II-1–III-VII
Band 2
II-1–III-VII
II-1–II-30
Power Electronics / Battery
II-1–II-30
II-1–II-18
Robust multi-chip power module for effective integration to automotive powertrains – Danfoss DCM™1000 meets future automotive requirements
R. Bredtmann, M. Beck, O. Mühlfeld, K. Olesen, O. Shajarati
R. Bredtmann, M. Beck, O. Mühlfeld, K. Olesen, O. Shajarati
II-1–II-18
Details
II-19–II-30
Power module packaging technologies for silicon and silicon carbide in automotive applications – challenges and solutions
T. Grasshoff, P. Beckedahl
T. Grasshoff, P. Beckedahl
II-19–II-30
Details
II-31–II-84
Development methods & Validation
II-31–II-84
II-31–II-46
System optimization of electric drives in terms of lightweight design, acoustics and efficiency by means of modern transmission simulation methods
R. Buchberger, O. Grieshofer, K. Puchner, R. Sereinig
R. Buchberger, O. Grieshofer, K. Puchner, R. Sereinig
II-31–II-46
Details
II-47–II-72
Virtualizing validation processes of electrified powertrain generations
N. Dudin, S. Ott, A. Albers, R. Misch, T. Rochlitzer
N. Dudin, S. Ott, A. Albers, R. Misch, T. Rochlitzer
II-47–II-72
Details
II-73–II-84
Fully automated EOL E-drive testing – Automation and modularity for efficient testing solutions
R. Heckmann
R. Heckmann
II-73–II-84
Details
II-85–II-168
System optimization
II-85–II-168
II-85–II-102
Approaches to increase efficiency and dynamics of ipmsm traction drives by optimization of control strategies
T. Gemassmer
T. Gemassmer
II-85–II-102
Details
II-103–II-116
Electric all-wheel drive: enhancing vehicle dynamics and driving safety by wheel-individual torque distribution – How to make use of the over-actuation of electrified vehicles
J.-E. Moseberg, J. Kohlhoff, S. Hekeler
J.-E. Moseberg, J. Kohlhoff, S. Hekeler
II-103–II-116
Details
II-117–II-134
Relevance of multidimensional real-driving optimization for the development of a battery-electric vehicle 5.0
S. Rinderknecht, A. Esser, P. Jardin
S. Rinderknecht, A. Esser, P. Jardin
II-117–II-134
Details
II-135–II-168
Powertrain electrification exemplified by the VW Golf
K. Bennewitz, A. Mann
K. Bennewitz, A. Mann
II-135–II-168
Details
II-169–III-VII
E-Motor
II-169–III-VII
II-169–II-182
Electric machine design approaches for electrified powertrains
F. Leonardi, A. Munoz, L. Guo, F. Liang, M. Degner
F. Leonardi, A. Munoz, L. Guo, F. Liang, M. Degner
II-169–II-182
Details
II-183–II-196
Loss-optimized design of a high performance electrical machine for electric and hybrid cars
D. Bauer, M. Alexander
D. Bauer, M. Alexander
II-183–II-196
Details
II-197–III-VII
Short circuit calculation of permanent magnet synchronous machines with comsol multiphysics
L. Dedeleit, M. Ayeb, L. Brabetz
L. Dedeleit, M. Ayeb, L. Brabetz
II-197–III-VII
Details
III-1–III-106
Band 3
III-1–III-106
III-1–III-24
Future drive systems
III-1–III-24
III-1–III-8
Direktantriebe
J. Oswald, M. Walter, C. Scherer, B. Oswald, T. Reis, M. Setzer, M. Eckert
J. Oswald, M. Walter, C. Scherer, B. Oswald, T. Reis, M. Setzer, M. Eckert
III-1–III-8
Details
III-9–III-20
Electrical drives in mobile machines – Current trends & drivers, resulting requirements and considerations on their implementation
M. Paal, K. Graner
M. Paal, K. Graner
III-9–III-20
Details
III-21–III-22
Caterpillar – Making progress possible
M. Gebauer
M. Gebauer
III-21–III-22
Details
III-23–III-24
Realization of marketable electric drive train concepts for tractors
T. Woopen, A. Gronewold, S. Hammes
T. Woopen, A. Gronewold, S. Hammes
III-23–III-24
Details
III-25–III-36
Drive-systems for tractors
III-25–III-36
III-25–III-34
Modern tractor transmission concepts – an overview
R. J. Stirnimann
R. J. Stirnimann
III-25–III-34
Details
III-35–III-36
Development of a CVT transaxle with differential steering for a tracked tractor around 300 kW
E. Schnur, S. Krieger, M. Brenninger
E. Schnur, S. Krieger, M. Brenninger
III-35–III-36
Details
III-37–III-80
Methods of driveline development
III-37–III-80
III-37–III-44
Automated gearbox synthesis and evaluation of electric power-split transmissions
B. Reick, M. Wechs, K. Grad, M. Geimer
B. Reick, M. Wechs, K. Grad, M. Geimer
III-37–III-44
Details
III-45–III-56
Efficient development by means of automated calibration of tractor control units
C. Körtgen, G. Morandi, G. Jacobs, Achim Kramer
C. Körtgen, G. Morandi, G. Jacobs, Achim Kramer
III-45–III-56
Details
III-57–III-70
Holistic method to find suitable drivetrain technology and architecture – How available information can be used to reduce development complexity
H. Neurath, L. Frerichs
H. Neurath, L. Frerichs
III-57–III-70
Details
III-71–III-80
Potentials of power-split CVTs for small mobile machines
C. Pelger, G. Jacobs, H.-D. Schneider
C. Pelger, G. Jacobs, H.-D. Schneider
III-71–III-80
Details
III-81–III-92
Drive-system concepts
III-81–III-92
III-81–III-82
Validierung neuer Funktionen eines mechanischen Antriebsstrangs für mobile Arbeitsmaschinen mit radindividueller Steuerung
D. Engelmann, S. Herr
D. Engelmann, S. Herr
III-81–III-82
Details
III-83–III-92
Modular drivetrain concept for electrical commercial vehicles
C. Braykoff, B. Zornek, K. Johann Moser, C. Wirth
C. Braykoff, B. Zornek, K. Johann Moser, C. Wirth
III-83–III-92
Details
III-93–III-106
Drives in digitized systems
III-93–III-106
III-93–III-104
Getting more out of existing sensors: control algorithms to measure true torque, backlash and tooth position to achieve higher shifting comfort and safe dog clutch engagement
I. Morrish
I. Morrish
III-93–III-104
Details
III-105–III-106
Requirements for agricultural and construction machinery drivetrains derived from “autonomous driving”
S. Prebeck, M. Hiemer
S. Prebeck, M. Hiemer
III-105–III-106
Details
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Dritev – Drivetrain For Vehicles 2018 , page I-I - I-X
Titelei/Inhaltsverzeichnis
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VDI Wissensforum GmbH (Ed.)
DOI
doi.org/10.51202/9783181023280-I-I
ISBN print: 978-3-18-092328-4
ISBN online: 978-3-18-102328-0
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