3
 Potentially Useful Equations σ  α υ T  E T = 1 σ σ σ σ σ σ σ σ σ σ ij  = 11 12 13 21 22 23 31 32 33 V k  dP dx i ij  P  j =        η σ  σ σ σ σ  θ n * * * * * cos =  +         +         1 3 1 3 2 2 2 σ  σ σ θ s  =         1 3 2 2 * * sin  =  ′ +       −   −       λ  λ λ λ λ  θ 3 1 3 1 2 2 2 cos  =   −       γ  λ λ θ 3 1 2 2 sin tan tan tan  = = θ θ  λ λ θ 3 1 3 1 S S σ σ µ s o n S = + * ˙ exp ε σ σ = ( )      C  Q  RT o n 1 3 ˙ ε  σ σ =  ( )  ( ) C T  D d o  n 1 3 U  C r C r = + 1 2 12 P gdz lith  z = ∫  ρ 0 φ  = + V V V  f  f  s φ φ = ( ) o  az exp v  final initial initial V V V =  e l l l  f i i =  e =  + ( ) sin sin φ θ φ 1 S l l  f i = =  λ λ  =  S 2  = λ λ 1 sin sin cos 2 2 θ θ θ = cos cos 2 1 2 2 θ  θ =  +     sin cos 2 1 2 2 θ  θ =      U U E dx i o i  ij j = + U U U U U U  E E E  E E E  E E E dx dx dx o o o 1 2 3 1 2 3 11 12 13 21 22 23 31 32 33 1 2 3 = + σ σ σ σ m  f P * =  + + ( ) 1 2 3 3 3 σ σ 1 3 * * = + C K o K C S K  o o =  +  = 1 1 2 sin sin φ φ  ;

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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.