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
Vergleich der aktuellen BEV- und ICE-Technologie
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
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
Modularization of Fuel Cell Systems for CV-Applications
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
TEIL C- Raumliche und verkehrliche Entwicklung
TEIL D- Zukunftsfahige Entwicklung im Alpenraum