Quick Start with AI for Automotive Development: Five Process Changes and One New Process
Ganzheitliche Bewertung nachhaltiger Konzepte für den Motorsport
Systemleichtbau mit Integration aktiver Funktionen
Systemleichtbau mit Integration passiver Funktionen
Entwicklungspotenzial technischer Kriterien der BEV-Technologie
Front Loading Approach in Battery Development for Generation Update
State of the Art and Trends in Vehicle Concept Development with Focus on Battery Technology
Clouds Ahead – The Transformation of Vehicle Development and Data Management Processes
Entwicklungspotenzial der Effektkriterien der ICE- und BEV-Technologien
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
Vergleich der aktuellen BEV- und ICE-Technologie
Scenario Generation for Virtual Test Driving on the Basis of Accident Databases
Welcome to the Data Jungle – Our Way to Tackle AI-Supported Vehicle Development Projects
Audi Denkwerkstatt: Which learnings could be transfered from agile start-ups to powertrain world?
Application of virtual sensors for stress-related design and operation-specific lifetime prognosis
Investigation of the Influence of Vehicle Payload on Rollover Behavior
Virtual Safeguarding of Chassis Functions by Evaluating Driving Behaviour
Data-Driven Automotive Development: Federated Reinforcement Learning for Calibration and Control
Modularization of Fuel Cell Systems for CV-Applications
Virtual Powertrain Simulation: X-in-the-Loop Methods for Concept and Software Development
Model-based Development Methodology for HD Hydrogen Combustion System Optimization
TEIL C- Raumliche und verkehrliche Entwicklung