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Posts
- Category: Aerodynamics for Engineering Students (continued)
- Bernoulli's equation for rotational flow
- The flow pattern around a spinning cylinder
- Flow around a circular cylinder given by a doublet in a uniform horizontal flow
- Doublet
- A source set upstream of an equal sink in a uniform stream
- Source-sink pair
- A source in a uniform horizontal stream
- Solid boundaries and image systems
- Flow of constant velocity in any direction
- Flow of constant velocity parallel to Oy axis
- Uniform flow
- Line (point) vortex
- To find the stream function у/ of a source
- Standard flows in terms of у and ф
- Velocity components in terms of ф
- The equipotential
- The velocity potential
- Potential flow
- Hiemenz flow - two-dimensional stagnation-point flow
- Plane Poiseuille flow - pressure-driven channel flow
- Exact solutions of the Navier-Stokes equations
- The derivation of the Navier-Stokes equations
- The Navier-Stokes equations
- Circulation
- Vorticity in polar coordinates
- Rate of direct strain
- Rate of shear strain
- Rates of strain, rotational flow and vorticity
- The Euler equations
- The momentum equation
- Velocity components in terms of у/
- The streamline
- The stream function and streamline
- The equation of continuity in polar coordinates
- The equation of continuity or conservation of mass
- Fluid acceleration
- Component velocities
- Two-dimensional flow
- The incompressibility assumption
- The air-speed indicator: indicated and equivalent air speeds
- The measurement of air speed
- Comments on the momentum and energy equations
- The conservation of energy
- The conservation of momentum
- One-dimensional flow: the basic equations of conservation
- One-dimensional flow: the basic equations
- True unsteady flow
- A comparison of steady and unsteady flow
- Airflow
- Governing equations of fluid mechanics
- Effect of Reynolds number on the CL: a curve
- Aerofoil characteristics
- Induced drag
- Estimation of the coefficients of lift, drag and pitching moment from the pressure distribution
- Profile drag (or boundary-layer drag)
- Types of drag
- Centre of pressure
- Pitching moment
- Pressure distribution on an aerofoil
- Force and moment coefficients
- Basic aerodynamics
- Dimensional analysis applied to aerodynamic force
- Dimensional analysis
- Camber
- Aerofoil geometry
- Aeronautical definitions
- Thermodynamic properties
- Speed of sound and bulk elasticity
- Viscosity
- Temperature
- Pascal's law
- Pressure
- Fluids
- Relevant properties
- Units of other physical quantities
- Fractions and multiples
- Fundamental dimensions and units
- Units and dimensions
- Basic concepts and definitions
- Aerodynamics. for Engineering. Students
- Category: Aerodynamics of a Lifting System in Extreme
- A Flexible Wing — a Simple Theory of a PARAWIG
- An Aeroelastic Wing in the Extreme Ground Effect
- Evaluation of Speed of Flutter of a Foil Close to the Ground
- Simple Mathematical Models of Elastic and Flexible Wings in the Extreme Ground Effect
- The Degree of Binding of the Vehicle to the Ground
- A Tandem in the Two-Dimensional Extreme Ground Effect
- A Single Wing in the Extreme Ground Effect
- Static Stability and “Binding ’’Near the Ground
- The Equations of Motion in the Extreme Ground Effect
- The Quintic Characteristic Equation
- The Quartic Characteristic Equation
- Linear Equations of Longitudinal Dynamics
- Equations and the Stability of Motion of a Lifting System in the Extreme Ground Effect
- Quadruplication of the Integral Equation for a Wing of Finite Span
- A Comment on “Span-Dominated” and “Chord-Dominated” Extreme Ground Effects
- Lifting Line(s) in Close Proximity to the Ground
- A Wing of Small Aspect Ratio
- A Foil with a Jet Flap in Proximity to the Ground
- A Slightly Curved Foil in a Two-Dimensional Ground Effect