NAVWEPS 00-8OT-80  INDEX  INDEX  P.W  accelerated  motion. ..........................  182  adverseyaw .................................  291  aerodynamic center.  ..........................  47  Aerodynamics, Basic, Chapter I. ...............  1  Aerodynamics, High Speed,  Chapter III. ........  201  aeroelastic  effects.  ............................  330  afterburner. .................................  129  aileron reversal. ..............................  339  airfoil  drag characteristics.  ........................  33  lift characteristics.  .........................  27  pitching moments.  .........................  47  terminology.  ..............................  20  airspeed  calibrated.  ................................  10  equivalent .................................  11  indicated ..................................  10  mcasurcmcnt  ...............................  9  primary control of airspeed. ................  27,350  fT”C .......................................  14  altitude  density altitude.  ...........................  4  pressure  altitude. ...........................  4  primary control of altitude. ...............  154,352  angle of attack.  ..............................  22  angle of attack indicator. .....................  357  angleofbank ...............................  37,176  angle of climb. ..............................  152  Application of Aerodynamics to Specific Prob-  lems of Flying, Chapter VI. ...............  349  approach  ....................................  360  aspect  ratio.  .................................  61  asymmetrical Power, multi-engine airplane,  294  atmosphere  properties  .................................  1  standard  ...................................  4  autorotation characteristics.  ...................  405  autorotative rolling.  .......................  309,317  available thrust and power. ...................  104  axis system, airplane reference.  ................  249  Bernoulli equation.  ............................  6  bobweight ..................................  273  boundarylayer ...............................  52  boundary layer control. .......................  43  brake mean effective  pressure,  BMEP.  ..........  137  *IL*e  brake horsepower, BHP. ......................  137  braking performance.  ..................  .....  387  braking technique. .........  ....  .....  .....  390  calibrated airspeed,  CAS  .......................  10  center of gravity limitations. ...........  259,275  center of pressure.  ...............  .....  .....  47  circulation. ..................................  16  climb angle. .................................  152  climb performance.  ......  .....  ......  ....  150  climb rate. ..  ........................  ......  154  components  of the gas turbine. ................  109  compressible  flow. ..........................  204  compressibility .............................  201  compressor  stall or surge. ..  ....  ......  ....  125  control force stability. ........................  264  control of airspeed  and altitude. ................  349  control, Stability and Control, Chapter IV. ......  243  control systems,  longitudinal. .................  281  creep considerations. .........................  330  critical altitude. ..........  ..................  143  critical field length. ............  .............  396  critical Mach number. ........................  215  cumulative damage.  ...  .....  ......  .....  328  cycle of operation  gas turbineengine ..........................  106  reciprocating engine. .......................  135  damping .....................................  247  density, density ratio. ........................  2  density altitude. ..  ..........................  4  detonation ..  .:.  .......................  140, 194  dihedral .....................................  295  directional control ..  ..........  .............  290  directional stability. .........................  284  divergence  ................................  245, 342  downspring, .................................  270  downwash ...................................  66  drag  coefficient.  ........  .................  29  equation ...................................  29  induced ...................................  66  parasite. ..  ..  .....  ...  .............  87  total ......................................  92  dynamic pressure.  ....  ...  ....  ............  :  9  dynamic stability., ...  ....  ....  ...  .......  245  efficiency  factor.  .....  ...  ......  ..  .......  89  414 