1549312215-Complex_Analysis_for_Mathematics_and_Engineering_5th_edition__Mathews

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508 CHAPTER 11 • APPLICATIONS OF HARMONIC FUNCTIONS



  1. Let the lines x = 0 and x = ~ form the walls of a containing vessel for a fluid flow
    in the infinite strip 0 < x < i that is produced by a single source located at the
    point z 0 = 0. Find the complex potent ial for the flow in Figure 11.101.


Figure 11 .101


  1. Let the rays x = 0, y > 0 a nd x ='Ir, y > 0 and the segment y = 0, 0 < x <Tr form
    the walls of a containing vessel for a fluid flow in the semi-infinite strip 0 < x < Tr,
    y > 0 that is produced by two sources of equal strength located at t he points z 1 = 0
    and z2 =Tr. Find the complex potential for the flow shown in Figure 11.102. Hint:
    Use the fact that sin ( ~ + z) = sin ( i -z).


Figure 11.10 2


  1. Let the y-axis be considered a wall of a containing vessel for a fluid flow in t he
    right half-plane Re (z) > 0 that is produced by a single source located at the point
    .zo = 1. Find the complex potential for the flow shown in Figure 11.103.

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