Engine Cylinder
Design and
Thermal Analysis Internship
Are you ready to soar high in your engineering career?
Learn to design, analyze and simulate aerospace vehicles using industry-standard tools like CATIA, ANSYS, and MATLAB.
Work on a Live Project with us and receive mentorship from Industry Experts.
Apply now and unleash your potential in the Aerospace Industry!
Trusted by over 3000+ students
Software, You will learn.
Internship Outline - What will you learn
Engine Cylinder Design and Analysis
2 months to complete
Learn the design process for mechanical engines, including fins, and it's geometries. You will learn how to use computer-aided design (CAD) tools to create your design and analysis (ANSYS) tools to test your designs and ensure it's structural strength and performance parameters.
Apply now and unleash your potential in the Aerospace Industry!
Physics behind Engine Cylinder and Fins
Module 1
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Introduction to Engine Cylinder and role of Fins
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Fins and their geometries: Straight Fins, Annular Fins, Helical Fins
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Heat conduction equation, Heat dissipation equation, and Heat transfer coefficient.
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Factors affecting the efficiency: Material Property, Surface Area, and Airflow
Cylinder Fin Design and Modeling
Module 2
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Engine design process and requirements
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Design considerations for Fin Geometry, number of Fins, Material selection
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Performance analysis of Cylinder Fin
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Computer-aided design (CATIA) tools for Engine Cylinder
Project Details
Analysis and Simulation of Heat Dissipation
Module 3
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Simulation tools and techniques for Performance Analysis
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Finite element analysis (FEA) for structural analysis
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Thermal Analysis to obtain the Temperature Distribution
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Sensitivity Analysis for Airflow Velocity and Material Properties
Fin Body of a Engine Cylinder Design, and Analysis
1 month to complete
You will learn about the theory and background of heat transfer in fins, types of fins and their geometries, and the factors affecting their efficiency. Using Solidworks software, you will design and model the fin geometry, with optimization of fin parameters for maximum heat dissipation. You will then perform thermal analysis of the model using ANSYS software, with validation and sensitivity analysis of the results.
Internship Program Includes
Live mentor support
Our program offers live mentor support, where experienced industry professionals will take live classes every day and teach you everything you need to know about this program.
Flexible learning program
Flexibility is important to us, which is why our program is designed to fit into your schedule. For the first month of the program, you will have classes for two hours, four days a week. After that, we'll meet twice a week to discuss your project progress.
Career Services
You will receive a certification of completion. You will get an opportunity to work with a diverse group of students and industry professionals. Enhancement of your resume and increased employability in the aerospace industry.
Your Trainer
Piyush Jha
Piyush Jha is an Aerospace Engineer, Product Designer, Thermal and Fluid Flow Analyst and an Educator.
He seeks to develop individualized knowledge foundations to support students’ unique educational and professional goals.