_rho0 = Atmosphere::getStdDensity(0);
_maxTorque = (power/omega) * _rho0 / Atmosphere::getStdDensity(alt);
_flatRating = flatRating;
- _bsfc = 0.047; // == 0.5 lb/hr per hp
+ _bsfc = 8.47e-08; // in kg/s per watt == 0.5 lb/hr per hp
_n2LowIdle = 50;
_n2HighIdle = 70;
_n2Max = 100;
{
float frac = (_n2 - _n2Min) / (_n2Max - _n2Min);
_torque = frac * _maxTorque * (_rho / _rho0);
- _fuelFlow = _bsfc * _torque * _omega;
+ _fuelFlow = _running ? _bsfc * _torque * _omega : 0;
}
void TurbineEngine::stabilize()