Master Thesis - Mesh-free Heat Transfer and Structural Mechanics Using Simcenter Simsolid (Gas Turbine Simulation)
Контакты
Формат работы
onsite
Тип работы
fulltime
Грейд
trainee
Английский
b2
Страна
Sweden
heat transfergas turbinesthermal analysisdesign optimizationfinite element methodstructural mechanicsmechanical analysissimcenter simsolid
Вакансия из Hirify Global, списка международных tech-компаний Для мэтча и отклика нужен Plus
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Магистерская работа с чёткой технической темой в крупной энергетической компании даёт практический опыт моделирования и поддержку специалистов, но без данных об оплате или финансировании сложно оценить её финансовую ценность.
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Условия оплаты неясныСовременное моделированиеЧёткая тема работыПоддержка экспертовЭнергетические технологии
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Текст:
Hirify AI/Оригинал
TL;DR
Master Thesis - Mesh-free Heat Transfer and Structural Mechanics Using Simcenter Simsolid (Gas Turbine Simulation): Benchmarking Simcenter Simsolid for heat transfer and structural analysis of gas turbine combustor components with an accent on mesh-free simulation, model validation, and rapid design iterations. Focus on comparing results with traditional FEM and experimental data, evaluating computational efficiency, and assessing usability for advanced gas turbine design.
Location: Finspång, Sweden
Company
hirify.global is an energy technology company operating across more than 90 countries, focused on reliable, affordable, and sustainable energy, decarbonization, and energy transformation.
What you will do
Conduct a comprehensive capability benchmark study of Simcenter Simsolid.
Perform heat transfer analysis of combustor components to understand thermal distribution and resulting stresses.
Conduct structural analysis to evaluate mechanical integrity under operational loads.
Use the mesh-free capabilities of Simcenter Simsolid for rapid design iterations.
Compare results with traditional FEM methods and experimental data.
Evaluate computational efficiency, usability, documentation, and support.
Requirements
Proficiency in setting up and solving heat transfer and structural analysis problems.
Experience interpreting results and validating models.
Familiarity with Simcenter Simsolid or similar mesh-free simulation tools.
Knowledge of rapid design iteration processes and optimization techniques.
Culture & Benefits
Work within the Mechanical Integrity of Combustion Systems team alongside engineers and specialists from diverse technical backgrounds.
Collaborate closely with the turbine and compressor mechanical integrity department.
Access support from experienced specialists and build technical knowledge in a collaborative environment.
Benefits may include reduced working hours, advance vacation, a health care allowance, and a possible flexible working place.
Contribute to low-emission and sustainable energy solutions through gas turbine technology.
Hiring process
Applications are accepted until 9 November 2026, with ongoing selection and the possibility of filling the role before the deadline.
Apply using the hirify.global careers channels and reference job ID 305524.
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