aeromechanics

Airborne motion science

Aeromechanics is the branch of mechanics dealing with gases in motion or equilibrium, encompassing both aerodynamics (gases in motion) and aerostatics (gases at rest).

The term appears in engineering and physics contexts: The helicopter's flight characteristics depend on complex aeromechanics.

In rotorcraft design specifically, aeromechanics refers to the interaction between aerodynamic forces and structural dynamics.

flight

lift

Mechanism for vertical transport

  • dragResistance through fluid
  • thrustForceful forward motion
  • airspeedAircraft's atmospheric velocity

altitude · stall · aileron · rudder · elevator · flaps · slats · takeoff · landing · glide

fluid-dynamics

turbulence

Chaotic flow patterns

viscosity · Bernoulli · circulation · wake · eddy · compressibility

structures

stress

Pressure, mental or vocal

load · fuselage · ribs · skin · flutter · vibration · deformation · buckling · lightweight · airframe

propulsion

thrust

Forceful forward motion

combustion · exhaust · intake · compressor · turbine · afterburner · ramjet · scramjet · rotor · power-to-weight

spacecraft

orbit

Curved celestial path

rocket · payload · module · docking · trajectory · ballistics · hypersonic · capsule

Opposites
medium of study

aeromechanicshydrodynamics

Science of liquid motion

hydromechanics · hydraulics · oceanography

physical domain

aeromechanicsorbital mechanics

Science of celestial motion

statics

Family

mechanical, mechanics, aerosol, aeronautics, aero, aerospace, aerodynamic, aerodynamics, aerodrome

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