Model-based load change reaction optimization using vehicle drivetrain test beds
Investigations into the Aerodynamic Influence of Trailers Towed by Battery Electric Passenger Cars
Field Data Analysis of a Commercial Vehicle Fleet in Relation to the Load of the HV Battery
Operating strategy for optimized CO2 and NOx emissions of diesel-engine mild-hybrid vehicles
Contribution of Fully Non-Magnetic Metal Materials to The Efficiency Enhancement of Electric Engines
User-Oriented Development of Autonomous Vehicles using Immersive Visualization Tools
Hydrogen Powertrains: A Comparison Between Different Solutions for an Urban Bus
Automated Optimization of a Cell Assembly Using Format-Flexibly Produced Pouch Cells
Data-Driven Automotive Development: Federated Reinforcement Learning for Calibration and Control
Integrated Vehicle Dynamics Control – an optimized approach for linking multiple chassis actuators
Fault tolerant electric energy supply system design for automated electric shuttle bus
Model based development of optimum control strategies for hybrid electric vehicles
Using machine learning methods to develop virtual NOx sensors for vehicle applications
Flux Squeeze Reluctance Motor Improves Partial Load Efficiency in Vehicle Traction Applications
Ventilsteuerungen von Verbrennungsmotoren: Trends und deren historischer Hintergrund
Oxymethylene ether (OME1) as a synthetic low-emission fuel for DI diesel engines
Robust estimation of vehicle sideslip angle from variables measured by ESC system
Welcome to the Data Jungle – Our Way to Tackle AI-Supported Vehicle Development Projects
Concept analysis & system design of a hybrid electric vehicle with virtual test driving
Validation of fuel cell control units with powerful simulation platforms for fuel cells
Protection of e-axles and innovative drivetrains with multipurpose oil filter systems
Digitalization of flow measurement systems, in particular of fuel consumption measurement
Efficient usage of abstract scenarios for the development of highly-automated driving functions
Insulation of electrical motors – Potential to increase performance of future electrical powertrains