-
7/23/2019 Moment of Inertia-53
1/15
2
2.1
2.1
(Sesame,Teel,Benne,Gingelly) 1 4
Sesamin , Sesamolin , Sesamol
-
7/23/2019 Moment of Inertia-53
2/15
2.2 .18
2.2
2.3 Sesame Sesamum Indicum L.
Pealiacae Harappa 5500 40.2 410000
( )
-
7/23/2019 Moment of Inertia-53
3/15
34-50 % (Oleic acid)(Linileic Acid) 1 2 (Lignans Antioxidant) Sesamin Sesamolin
1 3 1 4
20%
"" 22 9 (Aminomethionine & Tryptophan)
+ () + () (Anti-Aging)
4
-
7/23/2019 Moment of Inertia-53
4/15
4.1-6.5% -
1 316.3 Whole Milk 1291 1 1,404.0
1, 2 , 9, , ,, , ()
12 (12 )
-
7/23/2019 Moment of Inertia-53
5/15
2.4
2.4.1cosIVP= (2.1)
P I V cos Power Facter
-- ( ) tpWh .= (2.2)
= W x() (2.3)
2.4.2
I= (2.4)
I (Moment of Inertia) F m a
maF= (2.5)
m F I m I
m 2.3
-
7/23/2019 Moment of Inertia-53
6/15
2.3
m a
maTMg =
)( agmT = (2.6)
T g T
r
Tr= (2.7)
a
ra =
a m h
2
2
1ath=
2
2
t
ha=
(FrictionalTorque, f)
If =
fI +=
-
7/23/2019 Moment of Inertia-53
7/15
I
2
212
21 ' rMMRI += (2.8)
M R M r
2.4.3
(Initial Tension)
V-Belts
2.4
Fn dFfF
n ='2
-
7/23/2019 Moment of Inertia-53
8/15
Fn
=
2sin2 '
nFFn
=
2sin2
'
n
n
FF Fn
dFfFn =
2sin
ddFFFF nc
+=+
2
1
Fn
{ }
g
dwAvdFFfdf
22
sin
1 2
+=
( )VFFZWp 21= (2.9)
V (m/s)Z
2.4.4
Pinion Gear 2.7 Pitch Circle Pitch Diameter , D
G
rbPitch Radius
-
7/23/2019 Moment of Inertia-53
9/15
2.5
2.4.5 2
2
1
1,
2,
rpm
rpm
D
Dm
p
p
w == (2.10)
Dp,1Dp,2Pitch Diameter PitchCylinder ()Pitch Diameter
F1=F2 F
1F
22.6(a)
1/64 (Span , K) 2.6(b)
-
7/23/2019 Moment of Inertia-53
10/15
2.6
F1
3 (V-belt)(Timing Belt) (Shock) 95%
2.4.6 (Ferritic Stainless Steel)
10.5 - 30 % Body -Centered Cubic (BCC) Mo, Si, Al, Ti Nb S Se
Ferromagnetic
(Ductility)
-
7/23/2019 Moment of Inertia-53
11/15
(Formability) (Heavy Section)
(Martensitic Stainless Steel) BCC (Distorted Body - Centered Cubic) Ferromagnetic (Herdenable)
10.5 -18 %
1.2% Cr C (Excess Carbide)(Wear Resistance) (Cutting Edges) Nb, Si, W V (Tempering) Ni (Toughness) SiSe
2.4.7
8 1.
2.
3. 4.
(Catalog)
-
7/23/2019 Moment of Inertia-53
12/15
5.
6. 2 7
7.
8. (Payback Peroid)
= () / (/) (2.11)
2.4.8 (Wear)
(Wear) 2 ()
1. 2 2. 3. 4.
5.
( ) 4
-
7/23/2019 Moment of Inertia-53
13/15
(High Stress Concentration)
(Fracture)2
(Surface Asperity) 2.7
2.7 (Fracture)
-
7/23/2019 Moment of Inertia-53
14/15
(Fatigue)2
(Surface Asperity) ( Plastic Deformation)
( Delamination ) 2.8 (Yield Strength)
2.8 (Fatigue)
(Oxidation) (Corrosion)
-
7/23/2019 Moment of Inertia-53
15/15
(Oxidation)(Corrosion)
