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Rev Author Line No. Line
796 - 1
1        1:Type(-)      Type[1=Helicopter] ParDesigner Ver0.8
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3
5        2:m(Kg)        Mass
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0.3      3:Izz(Kg*m^2)  Yaw Inertia Moment
5
0.3      4:Iyy(Kg*m^2)  Pitch Inertia Moment
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0.3      5:Ixx(Kg*m^2)  Roll Inertia Moment
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1.8      6:Ct(-)        Friction for Rotate(Yaw)
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9
40       7:ExpE(%)      Elevator Expoential Ratio
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40       8:ExpA(%)      Aileron Expoential Ratio
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0.65     11:R(m)        Length of Main Blade
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0.04     12:S(m^2)      Area of Main Blades
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1900     13:N(rmp)      Revolution of Main Rotor
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0.08     14:Pmax(rad)   Collective Pitch
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0.008    15:Emax(rad)   Elevator Cyclic Pitch
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0.008    16:Amax(rad)   Aileron Cyclic Pitch
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0.01     18:fhorzd(-)   Effect of Side Wind
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23
0.18     19:Rt(m)       Length of Tail Blade
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0.020    20:St(m^2)     Area of Tail Blades
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4800     21:Nt(rmp)     Revolution of Tail Rotor
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0.12     22:Rmax(rad)   Maximum Pitch of Tail Braid
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0.009    23:at0(rad)    Refarence Pitch of Tail Braid
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0.9      24:Lt(m)       Position of Tail Rotor from Center of Gravity
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0.0      25:fhorzdh(-)  Yow Stabilization
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0.1      26:kG(s)       Sensitivity of Gyroscope
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6.0      28:CLa(/rad)   Gradient of Lift Coefficient
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0.8      29:CLmax(-)    Maximum Lift Coefficient
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0.0      30:CLmin(-)    Minimum Lift Coefficient
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0.02     31:Cd0(-)      Profile Drag Coefficient
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0.02     32:kCdi(-)     Rise Rate of Indused Drag Coefficient
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0.3      33:CDb(-)      Drag Coefficient of Fuselage
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8        34:nb(-)       Points of fuselage
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0.3      1:PosX(m)      X Position
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0.3      2:PosY(m)      Y Position
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-0.15    3:PosZ(m)      X Position
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2        4:muh(-)       Horizontal Friction Coefficient
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1000     5:h(N/m)       Rigidity
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10       6:muv(-)       Vertical Friction Coefficient
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900      7:fmax(N)      Strength
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0.3      1:PosX(m)      X Position
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-0.3     2:PosY(m)      Y Position
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-0.15    3:PosZ(m)      X Position
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2        4:muh(-)       Horizontal Friction Coefficient
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1000     5:h(N/m)       Rigidity
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10       6:muv(-)       Vertical Friction Coefficient
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900      7:fmax(N)      Strength
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-0.3     1:PosX(m)      X Position
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-0.3     2:PosY(m)      Y Position
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-0.15    3:PosZ(m)      X Position
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2        4:muh(-)       Horizontal Friction Coefficient
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1000     5:h(N/m)       Rigidity
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10       6:muv(-)       Vertical Friction Coefficient
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900      7:fmax(N)      Strength
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-0.3     1:PosX(m)      X Position
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0.3      2:PosY(m)      Y Position
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-0.15    3:PosZ(m)      X Position
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2        4:muh(-)       Horizontal Friction Coefficient
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1000     5:h(N/m)       Rigidity
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10       6:muv(-)       Vertical Friction Coefficient
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900      7:fmax(N)      Strength
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0.5      3:PosZ(m)      X Position
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1        4:muh(-)       Horizontal Friction Coefficient
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2500     5:h(N/m)       Rigidity
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10       6:muv(-)       Vertical Friction Coefficient
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6        7:fmax(N)      Strength
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-0.5     1:PosX(m)      X Position
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0.5      2:PosY(m)      Y Position
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0.1      3:PosZ(m)      X Position
86
1        4:muh(-)       Horizontal Friction Coefficient
87
2500     5:h(N/m)       Rigidity
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10       6:muv(-)       Vertical Friction Coefficient
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6        7:fmax(N)      Strength
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-0.5     1:PosX(m)      X Position
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-0.5     2:PosY(m)      Y Position
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0.1      3:PosZ(m)      X Position
94
1        4:muh(-)       Horizontal Friction Coefficient
95
2500     5:h(N/m)       Rigidity
96
10       6:muv(-)       Vertical Friction Coefficient
97
6        7:fmax(N)      Strength
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99
0.5      1:PosX(m)      X Position
100
-0.5     2:PosY(m)      Y Position
101
0.1      3:PosZ(m)      X Position
102
1        4:muh(-)       Horizontal Friction Coefficient
103
2500     5:h(N/m)       Rigidity
104
10       6:muv(-)       Vertical Friction Coefficient
105
6        7:fmax(N)      Strength
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107
0.5      1:PosX(m)      X Position
108
0.5      2:PosY(m)      Y Position
109
0.1      3:PosZ(m)      X Position
110
1        4:muh(-)       Horizontal Friction Coefficient
111
2500     5:h(N/m)       Rigidity
112
10       6:muv(-)       Vertical Friction Coefficient
113
6        7:fmax(N)      Strength