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Potentially Useful Equations
TE T
=
1
ij =
11 12 13
21 22 23
31 32 33
Vk dP
dxiij P
j=
n*
* * * *
cos=+
+
1 3 1 32 2 2
s =
1 32 2
* *
sin
= +
3 1 3 1
2 22cos
=
3 12
2sin
tan tan tan = =
31
3
1
SS
s o nS= + *
exp = ( ) C QRTon
1 3
= ( ) ( )C T Ddo n1 3
U Cr
Cr
= +1 212
P gdzlithz
= 0
=+
VV V
f
f s
= ( )o azexp
vfinal initial
initial
V VV
=
el l
lf i
i
=
e =+( )
sinsin
1
Sllf
i
= =
= S2
= 1
sin sin cos2 2 =
coscos2 1 22
= + sin cos2 1 2
2 =
U U E dxi oi ij j= +
UUU
UUU
E E EE E EE E E
dxdxdx
o
o
o
1
2
3
1
2
3
11 12 13
21 22 23
31 32 33
1
2
3
=
+
m
fP*=
+ + ( )1 2 3 33
1 3* *
= +C Ko
K C S Ko o=+
=
11
2sinsin
;
= 0 85. *n
= +50 MPa 0 6. *n
+( ) =( ) +
( ) +1
1 1f f
k
R = 8.3144 x 10-3 kJ/mol K = 1.9872 x 10-3 kcal/mol K
K = C + 273.16
1 MPa = 106 kg/m s2 = 10 bars
g = 9.8 m/s2 = 980 cm/s2
cos cos( )cos( )cos sin( )cos( )cos sin( )
=
=
=
trend plungetrend plungeplunge
cos sin( )sin( )cos cos( )sin( )cos cos( )
=
=
=
strike dipstrike dip
dip
1
tan2 2 =
p li ij j=
L T EEd o
= 26
3
L T SSd o
=
( )( )2
16 2 2
3
M = 0 = Mw + Ms + Mc + Mm +
1right hand rule for planes
Ma
0 = (whw) + (shs) + (chc) +(mhm) + (aha)
E = hw + hs + hc + hm + ha
=
( ) ( ) [ ]( ) ( ) [ ]
tansin sin sin
cos sin sin sin1 2
2
= =( )( )
tansin
cos
12
22 1
p l l lp l l lp l l l
1 11 1 12 2 13 3
2 21 1 22 2 23 3
3 31 1 32 2 33 3
= + +
= + +
= + +
= + (180 2)
C 1r
CG = Cmax Cmin
= = tan tan2 2 = ( )tan .0 0175
s h= 2 2tan
s h ( )0 0175.