Internship on the subject of interpretation of slewing bearings Internship in Lippstadt, Germany

ThyssenKrupp Elevator AG with 47,000 employees and sales of over 5,7 billion euros is a leading manufacturer of elevators, escalators, moving walks, stair and platform lifts and passenger boarding bridges. In addition, the group provides high quality service and support for all products. ThyssenKrupp Elevator is represented at over 900 locations in more than 150 countries throughout the world.

Internship on the subject of interpretation of slewing bearings Job Description

Slewing bearings are subject to high stresses. Increasing power densities, for example, in the offshore use of wind turbines lead to further increases in load and increasing component dimensions. The deformations of the bearing as well as non-linear mechanisms of action taking into account the connecting structures - such as blade and hub for wind turbines - must be considered in the design .   To meet these increasing demands, the computational methods are continually being developed for a . The use of modern finite element methods , contact simulations and the consideration of elastic-plastic material laws are examples of these challenging tasks. On the other hand, material properties and load limits must be determined by experimental tests on components or even to large test beds using statistical methods.   In this environment, we are looking for committed and motivated students for a variety of challenging bachelor's, master's or diploma thesis.   The following topics are available for at least five months working for the selection:  

• Finite element analysis
• Development and optimization of analytical methods and calculation procedures
• Implementation and evaluation of experimental tests on large-scale and component test beds
• Comparative computational analysis with test results

Internship on the subject of interpretation of slewing bearings Job Requirements

• Student / in an engineering science
• Interest in mechanics and materials science
• Experience in the application of FEM programs
• Independent and conscientious working, analytical thinking and teamwork skills

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Internship on the subject of interpretation of slewing bearings Summary

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