Modeling and Validation of the Quasistatic Deformation Behavior of Transmission Systems

Institute

Lehrstuhl für Maschinenelemente (TUM-ED)

Type

Master's Thesis /

Content

experimental / theoretical /  

Description

Background: 

Accurate prediction of gearbox behavior under load is essential for the development of geared transmission systems, e.g. in geared turbofan applications. Various modeling approaches and simulation frameworks exist for this purpose. In this context different approaches shall be evaluated and validated using experimental data. 

 Objectives:

The aim of this work is to model the quasi-static deformation behavior of gearbox systems and to validate the simulation results using both measurement data and external simulation references. For this purpose, the FZG test benches will be used to experimentally determine key quantities such as static transmission error (STE) and load distribution. In parallel, multibody models of benchmark configurations will be developed within the simulation framework. The objective is to achieve a strong correlation between simulation and experimental results, and to identify and highlight the key parameters that significantly influence gearbox behavior and must be accurately considered in the modeling process.

Requirements

Requirements:

• Knowledge of modeling of mechanical systems, experience with programming and a high level of initiative
• Start date: Immediately

Possible start

sofort

Contact

Felix Wohlfahrt, M.Sc.
Room: 5505.02.505
Phone: +49 173 530 79 35
felix.wohlfahrttum.de

Announcement