Thesis Development of a Conjugate Heat Transfer (CHT) Workflow for an Axial Turbine

Everllence enables its customers to achieve sustainable value creation in the transition towards a carbon neutral future. Addressing tomorrows 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 15000 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.

• You will carry out CHT simulations to determine temperaturedistributions in relevant areas of the turbine wheels fordifferent operating points
• You will develop a robust CHT processfrom model setupand meshing to steady-state and transient simulations allthe way through to evaluation of the results
• You will analyze and structure the results of the CHTcalculations and compare them with measurement datafrom transient and steady-state temperature fieldmeasurements using thermocouples in selected areas ofradial turbine wheels

• You are studying mechanical engineering aerospaceengineering or a comparable degree program(Bachelors/Masters)
• You have basic knowledge of heat transfer
• You have initial experience with numerical simulation ideallyin the fields of CFD or CHT
• Basic knowledge of turbomachinery is an advantage

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Feel free to contact Nicola Hasl if you have any questions. Email:

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Everllence headquarters in Augsburg were once the setting for the invention of the diesel engine with which Rudolf Diesel declared war on the steam engine. Today our primary mission is to overcome the challenges faced by the marine energy and industrial sectors not only to ensure our customers success but also to preserve our environment. From small increases in the efficiency of individual components such as dual-fuel engines exhaust gas treatment systems or software solutions to major innovations at system level every day around 5000 employees work at our site in the beautiful renaissance city of Augsburg to create a better future. You too can help us do that. We are the employer for you if you want to make a difference.

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