Thesis: Material temperature analysis of uncooled compressor wheels based on CHT simulations

Everllence Augsburg

Stellenbeschreibung:

Thesis: Material temperature analysis of uncooled compressor wheels based on CHT simulations

Job-ID: 13177

Start Date: ab sofort

Location: Augsburg, DE 86153

Country: DE

About Us

Everllence enables its customers to achieve sustainable value creation in the transition towards a carbon neutral future. Addressing tomorrow’s challenges within the marine, energy and industrial sectors, we improve efficiency and performance at a systemic level. Leading the way in advanced engineering for more than 250 years, we provide a unique portfolio of technologies. Headquartered in Germany, Everllence employs some 15,000 people at over 120 sites globally. Our after‑sales brand, Everllence PrimeServ, offers a vast network of service centres to our customers all over the world.

Responsibilities

CHT computations for evaluating compressor wheel temperatures
Comparison of CHT computation results with available measurement data of compressor wheel material temperatures
Numerical investigation of the sensitivity of compressor wheel temperatures on selected geometry parameter (geometry of compressor wheel backside cavity)
Application of AI methods to develop surrogate models for temperature prediction

Qualifications

Master’s thesis in mechanical engineering or aerospace engineering or similar
Basic knowledge in the field of heat transfer
Experience in CFD simulation (preferred with ANSYS CFX)
Basic knowledge in turbomachinery is a plus

Benefits

Canteen, meal allowance, accessibility, workplace health management, company doctor, gym, parking, good transport links, employee discounts, student network, women’s network

Contact

Please feel free to contact Nicola Hasl if you have any questions. Email: Please only apply via the “Apply now” button. Unfortunately, applications via email cannot be considered.