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Module 1 · Foundations of Fluid & Aerodynamic Motion

Fluid Mechanics & The Continuum

Before we can design wings or analyze shockwaves, we must understand the very nature of the medium we fly through. This module introduces the fundamental properties of fluids—density, pressure, and viscosity—and explains the mathematical frameworks we use to model their motion. You will learn when it's safe to treat air as a continuous fluid and when that assumption breaks down in high-altitude hypersonic flight.

3 Chapters 30 minutes total

Syllabus

1

What Makes a Fluid Flow: Shear Stress & The Continuum Hypothesis

Understand why fluids deform continuously and when the continuum assumption holds true.

Reading 8 mins Not started
2

The Three Pillars of State: Density, Pressure, and Viscosity

Define and relate the primary thermodynamic properties used in aerodynamic analysis.

Reading 10 mins Not started
3

Conservation of Mass and Momentum: From Control Volumes to Bernoulli

Apply fundamental physics to flowing fluids to derive mass conservation and the Bernoulli equation.

Derivation 12 mins Not started