Why enroll

Mastering convection heat transfer can accelerate your career in various industries, including aerospace, automotive, chemical processing, and HVAC. With expertise in convection, you can transition into roles like Thermal Engineer, Heat Transfer Specialist, or Senior Mechanical Engineer, designing and optimizing thermal systems. Further advancements can lead to leadership positions like Technical Lead, Engineering Manager, or Director of Research and Development, driving innovation in convection technology. Additionally, this knowledge can also lead to specialized careers like Heat Transfer Consultant, Thermal Systems Designer, or Energy Efficiency Expert, offering a range of opportunities for professional growth and advancement.

Opportunities that awaits you!

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Career opportunities

Course content

The course is readily available, allowing learners to start and complete it at their own pace.

Convection Heat Transfer: Principles and Applications

20 Lectures

551 min

Convection Dimensionless Number
53 min
Velocity Boundary Layer
24 min
Von Karman Integral Momentum Equation
26 min
Thermal Boundary Layer
43 min
Energy Equation of Thermal Boundary Layer
15 min
Laminar Flow over Isothermal Flat Plate
43 min
Reynold's Colburn Analogy
24 min
Numerical Based On Turbulent Flow Over Isothermal Flat Plate
45 min
Laminar Flow Constant Heat Flux over Flat Plate
7 min
Flow Over Cylinder | Non CIrcular Cylinder | Sphere
22 min
Flow over Bank of Tubes
15 min
Internal Forced Convection
8 min
Hydrodynamically Entrance Region
14 min
Thermal Entrance Region
14 min
Mean Velocity | Bulk Temperature
27 min
Constant Heat Flux At Pipe Wall
13 min
Constant Temperature At Pipe Wall
14 min
Numerical Based On Internal Forced Convection
46 min
Free Convection
56 min
Previous Year Numerical Based On Free Convection
42 min

Course details

This course explores the fundamental principles of convection heat transfer and their applications in various engineering fields. Students will learn how to analyze and design convective heat transfer systems, including natural and forced convection, boundary layers, and turbulence.

Course suitable for

Aerospace
Energy & Utilities
HVAC
Chemical & Process
Mechanical

Key topics covered

Convection Dimensionless Number
Velocity Boundary Layer
Von Karman Integral Momentum Equation
Thermal Boundary Layer
Energy Equation of Thermal Boundary Layer
Laminar Flow over Isothermal Flat Plate
Flow Over Cylinder | Non CIrcular Cylinder | Sphere
Internal Forced Convection
Hydrodynamically Entrance Region
Thermal Entrance Region
Mean Velocity | Bulk Temperature
Constant Heat Flux At Pipe Wall
Constant Temperature At Pipe Wall
Numerical Based On Internal Forced Convection
Free Convection
Previous Year Numerical Based On Free Convection

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