Angebote für Abschlussarbeiten - Lehrstuhl für Hubschraubertechnologie

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Offene Themen für Semester- und Abschlussarbeiten am Lehrstuhl für Hubschraubertechnologie

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✔✔✔✔●●-2024-07-24

Dynamic Propeller Group

–✔✔✔●●-2024-07-24

Implementing and Testing Leading Edge Protection Options for Rotor- & Propellerblades

✔✔✔–-●-2024-07-24

Automatized Aerodynamic & Aeroacoustic Propeller Optimization for Efficiency

–✔✔–-●-2024-07-24

Including Aeroelastic Beam Theory in the Institutes Aeromechanic Code

–✔✔–-●-2024-07-24

Aeroelastic Sensitivity Studies for Propellers using Multiphysic Codes

–✔✔–-●-2024-07-22

Validation and Analysis of a UH-60-type Helicopter Operating at Variable Rotor Speed in the Flight Physics Framework ARCS

✔✔✔–-●-2024-07-19

Performance Portable Implementation of Aerodynamics Solver

–✔✔–●-●2024-05-02

Investigation on Leading Edge Protections for Rotor- and Propellerblades

––✔–●-●2024-04-18

Developing a Closed-Loop Control System for Pitch Control on the MERIT Test Rig Whirl Tower

✔✔––●●-2024-03-11

Evaluation of Fracture Behavior and Failure Criterions of Flax Fiber Reinforced Composites

–✔✔–-●●2024-01-31

Elastic Propeller Model in Nonaxial Flow Condition

✔✔––-●-2023-04-20

Exploring the Effectiveness of FlaxFiber Damping in Structural Vibration Control: A Review of Damping Mechanisms and Simulation Techniques

–✔✔–●●-2023-02-24

Multiscale Modeling of Flax-, Carbon, and Hybrid Laminates for use in Aerospace Structures

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