Chassis Department

Analyse des modalen Verhaltens eines Fahrwerk-NVH-Prüfstands

Eckdaten
Art der Arbeit: Bachelor-/Masterarbeit
Vorkenntnisse: Im Bereich der Akustik hilfreich
Sprache: Deutsch oder Englisch
Bereich: Fahrdynamik und Akustik

Evaluation mobiler Schnittstellen zum Sound Design von Elektrofahrzeugen

Eckdaten
Art der Arbeit: Bachelor-/Masterarbeit
Vorkenntnisse: Kenntnisse in der Appentwicklung von Vorteil
Sprache: Deutsch oder Englisch
Bereich: Akustik

Determination of Material Damping Based on Power Balance Methods

Key Data
Type of thesis: Bachelor / Master thesis
Prior knowledge: Automotive engineering, Vibration engineering & MATLAB helpful
Language: German or English
Research Area: Vehicle Dynamics & Acoustics

Measuring Methods for Determination of Material Damping

Key Data
Type of thesis: Bachelor / Master thesis
Prior knowledge: Automotive engineering & Vibration engineering helpful
Language: German or English
Research Area: Vehicle Dynamics & Acoustics

Concept Development of a Clamping Device for NVH Investigations

Key Data
Type of thesis: Bachelor / Master thesis
Prior knowledge: Automotive engineering & Vibration engineering helpful
Language: German or English
Research Area: Vehicle Dynamics & Acoustics

Controller Development for Active Suspension Systems

Key Data
Type of thesis: Master thesis
Prior knowledge: Automotive Engineering, Control systems
Language: German or English
Department: Chassis

Optimization of 3D Suspension Characteristics in Visual Basic

Eckdaten
Type of Thesis: Master Thesis
Prior Knowledge: VB, VBA
Language: German or English
Department: Chassis

Visualization and optimization of n-dimensional data

Key data
Type of thesis: Bachelor-/Master thesis
Prior Knowledge: Data Representation and/or Optimisation Techniques (e.g. GA)
Language: German or English
Department: Chassis

Education

Aktuelle Themenstellungen - Fahrwerk

Analyse des modalen Verhaltens eines Fahrwerk-NVH-Prüfstands

Evaluation mobiler Schnittstellen zum Sound Design von Elektrofahrzeugen

Determination of Material Damping Based on Power Balance Methods

Measuring Methods for Determination of Material Damping

Concept Development of a Clamping Device for NVH Investigations

Controller Development for Active Suspension Systems

Optimization of 3D Suspension Characteristics in Visual Basic

Visualization and optimization of n-dimensional data

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