Quick Start with AI for Automotive Development: Five Process Changes and One New Process
Efficient Tire/Handling Development by Applying Virtual Vehicle- and Tire Layout
Automotive Comfort: State of the Art and Challenges
Enhanced Characterization of Suspension Systems for Virtual Chassis Development
Automotive Powertrain Development Process
Resource efficiency under high pressure – servo drive presses
Major Global Aircraft Manufacturers and Emerging Responses to the SDGs Agenda
Holistic Approach to Axle NVH Assessment and Optimization
Method for the Determination of Objective Evaluation Criteria Using the Example of Combined Dynamics
Battery Development and Testing including Simulation and Function Development at ElringKlinger
Welcome to the Data Jungle – Our Way to Tackle AI-Supported Vehicle Development Projects
Application of virtual sensors for stress-related design and operation-specific lifetime prognosis
Audi Denkwerkstatt: Which learnings could be transfered from agile start-ups to powertrain world?
Virtual Safeguarding of Chassis Functions by Evaluating Driving Behaviour
Investigation of the Influence of Vehicle Payload on Rollover Behavior
Data-Driven Automotive Development: Federated Reinforcement Learning for Calibration and Control
Virtual Powertrain Simulation: X-in-the-Loop Methods for Concept and Software Development
Model-based Development Methodology for HD Hydrogen Combustion System Optimization
Integrated and Open Development Platform for the Automotive Industry
Agile processes in automotive industry – Efficiency and quality in software development
Challenges for Integration of Drone into National Airspace System
Study of Airfoils for the Unique Micro Wind Turbine Blade
Business as (Un)usual – Feature-based Development
Software-in-the-Loop at the junction of software development and drivability calibration
Test Procedure Development and Validation for Brake Wet Fading in the FKFS Thermal Wind Tunnel
Lightweight Design Concept for a Vacuum-tube Jet
Validation environment for function development and coverage of ADAS in the car development process
ETAS LABCAR-XiL: Bridging the gap between development phases by harmonizing concepts and tools
Intelligent Travel Planning for Electric Vehicles Based on Multi-network Fusion and CVIS
Correction to: The Use of Ammonia as a Fuel for Combustion Engines
Product development at Opel – A synthesis of CAE and test
A Review of Emissions Control Technologies for On-Road Vehicles
Evaluation method for energy storage concepts
Development of an axle design process for the chassis design within the early development stage
The Research Development in Direct Injection Spark-Ignition Natural Gas Engine
Simulation-Supported Development of Rollover Behavior According to Systems Engineering
Method for the Automatic Generation of Vehicle-Specific Individual Test Sequences
Ammonia as Fuel for Transportation to Mitigate Zero Carbon Impact