Boundary Layer Flows
Boundary layer flows support covers viscous flow, turbulence, momentum/heat transfer and similarity solutions.
Course Content
ChaptersIn this section, Introduction to Boundary Layer Theory is discussed with worked examples and problem solving and conceptual framework.
In this section, Laminar Boundary Layer Equations and General Properties are discussed with worked examples and problem solving and conceptual framework.
In this section, the topic Exact Solutions of 2D Boundary Layer Equations: Blasius, Falkner–Skan is discussed with worked examples and problem solving and conceptual framework.
In this section, 2D Complete Solutions: Laminar Jet, Wall Jet, Trace Zone Flows are discussed with worked examples and problem solving and conceptual framework.
In this section, the subject of 2D Approximate Solutions: Series Expansions is discussed with worked examples and problem solving and conceptual framework.
In this section, the subject of 2D Approximate Solutions: Integral Equations is discussed with worked examples and problem solving and conceptual framework.
In this section, 2D Approximate Solutions: Thwaites Method, Stratford Criterion are discussed with worked examples and problem solving and conceptual framework.
In this section, the subject of Axisymmetric and Three-Dimensional Boundary Layers is discussed with worked examples and problem solving and conceptual framework.
In this section, Boundary Layer Control is discussed with worked examples and problem solving and conceptual framework.
In this section, the subject of Transition to Turbulence and Stability Theory of Laminar Flows is discussed with worked examples and problem solving and conceptual framework.
In this section, the Fundamentals of Turbulence topic is discussed with worked examples and problem solving and conceptual framework.
In this chapter, the topic of Turbulent Channel Flows: Couette, Fully Developed Internal Flows is discussed with worked examples and problem solving and conceptual framework.
In this section, the topic of Turbulent Boundary Layers is discussed with worked examples and problem solving and conceptual framework.
In this section, the subject of Free Slip Flows is discussed with worked examples and problem solving and conceptual framework.
Targeted Learning Outcomes
- Students taking Boundary Layer / Viscous Flows / Turbulence themed courses at undergraduate/graduate-level
- Those who want to solidify Blasius/Falkner–Skan, integral methods and separation/transition topics
- Those who want to develop the fundamentals of turbulence and the physical interpretation of channel/boundary layer flows