The Stress & Thermal Solutions team is a part of the ‘Airframe Stress and Design’ group under Airframe department and plays a key role providing solutions through assessment of structural integrity of aircraft structures/assemblies. The team extends competencies in area of Thermal and Internal Flows analysis using FE/FV and CFD based methods. Internal flows activities mainly deals with Ventilation of various A/C bays, flows inside ducts, cooling technologies, transport of various species etc and Thermal Analysis to assess thermal impact on structures.
Role: To support aircraft Aerothermal/Internal Flows/Structural studies
Technical skills required:
Understanding of Aircraft structure and systems
Strong fundamentals on Thermodynamic and understanding of its applications
Strong Fundamental on Fluid Mechanics and its applications.
Understanding of Heat Transfer process, Thermodynamics and material properties.
Understanding of temperature mapping, effect and theories.
Basics of Mathematical Modelling, FEM, FVM and Simulation techniques Structural Thermal Analysis to assess thermal impact on aircraft structures.
Engineering Mechanics of composite/metallic materials.
Basic understanding of various simulation techniques e.g. 1D, 3D, System level etc Tools: Ansa, Hypermesh, Ansys Fluent, StarCCM+, OpenFoam, NX Thermal, Flowmaster, AMEsim etc
Programming language: Basics knowledge of programming using any language e.g. C, Python, Fortran etc
Teamwork Excellent communication skills
Willingness to learn new skills, self-development
orientation Departments Allowed: Aerospace/Mechanical/ Civil / Manufacturing