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Propeller Inputs
Propeller Inputs
Propeller Geometry
Developed blade outline
Cad Design Data
B SERIES PROPELLER DESIGN
Propeller Outer Diameter, D
mm
Pitch/ Diameter, P/D
Blade Area Ratio, AE/AO
No of Blades, Z
Density of Blade, rB
kg/ m3
Skew Angle, q
24.0
Material:
Manganese Bronze
Type:
Fixed Pitch Propeller
No.
Radius
ratio
Code
Length
Loc. of
the Max. Thickness
Max.
Thinckness
Leading
Edge
Trailing
Edge
Area of
the Blade
Mass
Blade
Mass
Moment
Inertia
IP
Max. Thk
Proportion
X=r/R
l
b
t
lb
lk
A
W
IP
(1) IP
t
g 1
mm
mm
mm
mm
mm
mm2
mm2
m4
mm2
mm
-
Total :
-
Mean O.Dia. of Hub:
mm
Mean I.Dia. of Hub:
mm
Added Mass
Length of Hub:
mm
Volume of Hub:
m3
(1 blade)
Density of Hub:
kg/m3
Hub Weight :
kg
For n blades
Mass of One Blade :
kg
Total Mass of Blades :
kg
Total weight
Total weight of 1 Propeller :
kg
Moment of One Blade :
m4
Mass Moment Inertia, IP :
kg m2
IP of Hub:
kg m2
Total Second Inertia Moment of Propeller :
kg m2
r/R
r
pitch distr
P/2π
Ø(deg)
A
1
C
L
TE
L
LE
ð
TE
ð
LE
Yh = C8 x t / 104
Yh = C9 x t / 104
No.
X=r/R
x / (1 - b)
x / b
1.00
0.80
0.60
0.40
0.20
0.20
0.40
0.60
0.80
0.90
0.95
1.00
Total :
Yt = C10 x t / 104
Yt = C11 x t / 104
No.
X=r/R
x / (1 - b)
x / b
1.00
0.80
0.60
0.40
0.20
0.20
0.40
0.60
0.80
0.90
0.95
1.00
Total :
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