Sedimentation Analysis at Logending Fish Landing Port

  ! " ! # $ # ! " %## &

' ( ! (

! " " " ' ( ! ( $ ' ! ( # "

  !$ # ) * $ * ! " )

  • # " # " , ) + " " ) ! !$ ! . +

  !$ /0 1 $ 2 ) !$ 10 ( ! " !" # $ $ % & ' ( # '& ' '& #

  ! " ! #$ % " ! & ' ()"*+ ! , - $ , $. - ! ! ( $ , $. - ! ! ! * - /

  1 ' ! ! , - $ , $. - ! ! ()"*+ 2 ' # ! !

  3 3 '' ! 3 ' ' ' ' ! ! ! ! ' 3 ! ! * ! '

3 ! ! " ! ' $ # 4'' ! ' " ! #

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  1

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  3 ! ' ! ! ' ' ! , - $ , $. - ! ! ()"*+ 3 45'5

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  # $ # ! " %## & ' ( ! ( " " ! ! !

  ! # " ' ( ! () ( ! $ $) ( ( " + 0 "

  ( 6 ) ! " " ! 7 2 " $) 7 0 " " ! " ( ! ( " " 7 # " $ ($ ## ' ( ! (

  " 0 " ( , " $ ! 0 " " ! 0 " 6 ! 0 ( " ( " ! "

  ! " 5 " " ! $ ! 7 0 " 7 ) ! ! 0 " ( "

  ( ! " ! ( 6 $" ! ! ! " $ # $ ( ! " ! (

  ## ' ( ! ( ( " " ! ( ! " $ ! $ 0 0 " . ! " ! ( ( ( " , " $ ! 0

  % & " $ " ( ( $ ! " ) $ ! " !

  ! " ! %$ & ! ( %$ &) " ! $ , " ( $ ( "

  • > 5

  % &

  (( :", 43; ! $ # 2 @ *$ " ) 3 ( ! @ 4 ) ' ) . @ # " .A ) + :: " ) B () ! * 2 2 0 !

  ! " ! ## ' ( ! ( $ (( ! ) ! ( 0 " ( ( "

  ! ! ( ( ! " ! ) " 6 ! ) ! ! ! ( 7 " (

  ( ! ( " ( " ! ! ! ## ' ( ! ( ! $ # 2 @ *$ " ) . @ # " .A ) ! * 2 2 # &+ , -.

  . " ! ( " ! 2 *$ " ! $ " ! ( " ! (

  ! ( ! ! " " ! : " ( ! " $ (( $ %5 .B ; 0 : 3 ( ) & . " . % &

  " ! 2 *$ " " ( ) ! " ! $ 0 2 @ *$ " : "

  ) ( 6 ! ! ( %$ + * &) $ (( ! 0 " ! ( " ( (

  ! 0 ( $ $ "C 0 $ " ( ! ! " " ! C ! !

  ( ( 6 0 2 $ %) + & ! ) 6 ! ! ! ! ( # 2 @ *$ " ! $ ( "D = . . .

  ! g E 0 2 0 " ( F " C Q E ! " ( C

  " " ( ! ) ! ( ( ! ! $ ! " ! "

  X E : " ( " ! ! ( " ! C ρ E 0 " C ω E !

  " ( " ! ! ( " ! $ ! D

  = .

  . .

  % &

  ! = . − 1 ; = .

  − 1

  !" % &

  = # $ $ %

  & . . − 1 . '32. *+ , - .

  ( " ! ( ! , ! ( $ 9 ( " ! ( ! 0 " ! ( 0 ! ( " !

  ! ! ( 6 ! 6 ) " ! ( ! ! ( ! ( ! ! $ " !

  ! " ! # $ # ! " %## & ' ( ! (

  ) * 43;

  , ( ! + ") 7 0 " . $ ) ! ( " " ! $ + !

  (( " ! . # " ) 3 " ! 6 % 8& 6 ( " $ " ( ( " ! 0 ! ( # "

  $ 2 0 " ( ! 0 ( $ $ 0 ( " ! ( # 9 6 (

  " ( $ 6 ! ! " % &

  ( $ " 0 ! " ! ! (( ! : ! "

  # ! " " 6 ( " $ ! ! ! " ! # ! !

  $ : ! ( ; ) ! " $ ! $ " ! ) 0 ! " $ < ) % & 6 ( " $ ! ! ! 0 ! ( ; , "= (( 43; ) ! 6 ! ( $ "

  ! " . ( ! " ! ( 2 ) ! " !

  ( (( ) * 43; ) $ ( $ ! " ! " $ ! 0 ## ' ( ! (

  ! 5 " " ! ! " ! ## ' ( ! ( ! ( ((

  #

  $ (( ! 0 " ! " $ $ ! # $ ! " ! "

  5 + 7 &

  . ( ! $ ( $ ! $ ( ( " ! ( ") !

  2 " ! " $ ") ! ( ( ? " 2 : ! ! 0 ( $ $

  " " ! ! ! " %9 ) & ! " ! ( ! 0 " " 6 ! "

  $ $ " ! ! " ! ( $ ! ( " !

  ! " ! ( ! 0 " ( " " " " 0 ( 7 ! ! (

  " 0 ( ( " " 0 ! $ $ > $ $ ! ! $ " " " 0 ! )

  ! " $ : " " ( 2 ( $ ! " ( 0 0 ( % &

  2

  ( & &

  ( " ! ! " ( 0 ( ! 0 ! $ )

  . / .

K. L.

  • 0.25 K

  gr

  !" K − K K

  ! " N

  O ! " % &

  ! q b E ( " ! ! "G, " G " ) k r E : ) k’ r E

  : ! " ) γ E " 6 ) γ E " 6 ! ) g E 2 0 " ( F " ) d

  E : ( " C v E 2 0 " " C v

  ! ! ! " " C H E ! C S E 0 " " : ! C α E " " % " 2 α E ) &C F

  ; ; J !"

  ! ' E ! " ! C A, C, n, m E " " ( " ( " ( ! D gr ; D gr E ( "

  %-&

  4

  √32. *+ ∝

  ∗

  . 0

  = 0.047 K − K M

  • * E 2 0 " ( 4 ( " " " " ! $
  • ( ! # % & ( $,
    • 1.34 95:9; ≤ 60 0.17 95:9; > 60 B %8& = 6
    • 0.14 95:9; ≤ 60 1.5 95:9; > 60 B % &
      • = H2.86*+ − ?*+ @ − 3.53 95:9; ≤ 60 0.25 95:9; > 60 B

  # " 0 ! # ) " 0 ( ! 2 (

  ! ! 6 " ! ) $ " ! $ 0 ! ( " ! " !

  % &

  ! D

  q ∗

  = 3.97 τ R ∗

  − τ ST ∗ .[ untuk τ

  ST ∗ = 0.0495 % & q* E

  ( ! " ! 3 " %2

  $ $ & ( ! ( !

  ! ) τ3 E " ( ( ( $ ! ) ( ! ! ( ! ( τ3

  # - + +

  $ " 0 ( " ! ( 2 ! $ ( " ! (

  ! $ * 2 2 * 2 2 " $ " ! ( ( ( "

  2 G %

  Z O ∗

  4

  5

  & # ! ! ( (( $ ! " ! - F )

  ( " ) ! ! ! (( " ! ( ! ) ( ! ! )

  " %* 2 2 ) & # ( " ! ( ! ( !

  ! ! ! ( 2 ! $ ( " : ! ) ( !

  ! ( 0 0 ( ( : ! ! ) ! $ : ( ! ( $ ! ! ( $ !

  " " ( ( : %* 2 2 ) & N \

  ∗

  = N \

  ] \ ' ^ − 1

  \ ! % &

  = Z O L

  !

  " ( " ! " " ( , ! " 0 $ " ( ( 0 " )

  0.23 &

  ( 2 " $ D = D

  35 # , # / 0 #

  $ " ( ! ( ! " ! F " ( ! ( 0 "

  ! " ! ! ! $ ( 2 ! 6 $ . @

  # " .A %.#.& # ( 6 " ( " ! ! ! " )

  ( : ( ! $ " ( ( ( ( ! ( 0 ! ( ( %* () &

  # " ! ( ! 0 " ! ( 0 ! # .#. ! $ ! )- $ ((

  ! ( " 6 ! ) $ (( -) . " ! ! 0 " ! ( " ! ( ( ! ! ! ( ($ $ " ! ( ! % . 1 .

  1 $ ) & " (

  2 @ * 2$ ! ( " ! : , ! !

  # ( " ! ( ! ( $ .#. ! $ ( " %5 .B ; 0 : 3 ( ) &D

  % &

  9.66

  ST ∗ = 0.0470 % &

  % & C = 6

  B

  0 95:9; > 60

  ( "D 5 = 6 1.0 95:9; ≤ 1 1 − 0.56*+ ? @95:9; ≤ ≤ 60

  E " ( $ ! " 0 " ) R E ! $ ! ) S E ( ( (

  ( ! .#. ($ ( " ! ( $ $ !

  ! ( ! % 1$ + & ! " ! " " % + + & 5 " "

  ! ( "D

  q ∗

  = 4.93 τ R ∗

  − τ ST ∗ .U untuk τ

  m

  • + ) " " ( ( ( " $ !

  ! " ! # $ # ! " %## & ' ( ! (

  Z

  ∗ % &

  Z \ =

  ' 3.9 4

  # ^ − 1 ρg \

  ( " ! ! ## ' ( ! ( Z a\

  ∗

  ! ! ( ! " (

  % 2&

  Z a\ = ! ! ! ! " ! 0 0 (

  ^ − 1 \ " " ( ! ! 9.7< 7 0 "

  q* ! $ F ( " ! ) (

  ; 2 0 ! 0 " ! ( " "

  & 6

  7

  8

  ! ( F ( " ) q s ) ! ( $

  6 ( 6 " 0 ! <

  ( " %wD&) ! w ! $ 2 0 " 6 " $ ! ) ? %' + & ! $ ( " ! " ) ! 6 ! F !

  i

  ! : " i, s ! $ ( ! ) D

  /

  ! $ ! " " ) τ %.' + & ! $ " ( ( ( ) τH ! $ " ( ( ( " ) ρ %.' & ! $ 0 " ) ! g ! $ 0 2 0 " ( F " %'+ &

  # ! $ " # * 2 2 "

  ## ' ( ! (

  0 ! " $, ( " 0 " " " $ ( " 0 " $ ( " $ : (

  ( " ! ! $ " ( " ( 0 ! ! %5 .B ; 0 :

  1

  3 ( ) &D

  ∗ c d e

  % -&

  Z = 0.021 + 0.015b

  3

  τ ! ! $ " ( ( ( : ! F s

  ! $ 6 $ 0 !

  . +

  ( ! " 2 0 " 6 " $ ! " ! ( ( F " ( ( ! ( " !

  < . (

  6 " 6 " $ 0 ! $ " 0 (

  ! ( ! 43; ! $ 2 0 " 6 " $ < (

  6 ( ! ( $ 0 ! " $

  # ( ! " ! ! ( ( ( $ ( " = "

  ! (( 0 0 " () " ! ( $ %> " > " &) ) 0 0 " ! ) ! 2 0 " 6 " $ !

  ( " ( $ % $&) ! ( $ ! 4 " % " 0 " $ 0 !

  % $ & 9 ! < * " = " ( F " & ! ! 0 !

  $, ## ' ( ! ( " " ! (

  6 0 " ( $ ! ( # " ( $ 6 " !

  4 # " $ " 2 0 2 2 " " 0 )

  " " 6 $, ( $ 0 ( " ) ! ( $, "

  ! ( $) $ 0 " ) ! ( " 6 " )8 ) 2 ! " ! ## ' ( ! (

  ! ( %5 .B ; 0 : 3 ( ) &D

  ( ' # '

  " ! " ( ! ( (

  % & = & ^ − 1 M

  ! ( ) ! ( ! " ! ! " ( ! ! 0 $ ( ! "

  ! # ! ( " ! ! ## ' ( ! ()

  2

  36

  36

  ( ! " 0 " !

  % 8& = f ! !

  3 + M ^ − 1 − f M ^ − 1

  ! %$ &) 0 " ( " ( ( ) " 2 0 " ( ( ! ( " ($ " ( ! " " ! 0 !

  ! ( ω ! $ 2 0 " 0 " 6 " $) ν E F "

  • " (( > ( " 0 " ! ( " ) s E " 6 " ) d E ! " "
  • ) " $, 6 ! ! !

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e

rs

e

n

L

o

lo

s,

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Diameter, mm Titik 2 10 20 30 40 50 60 70 80 90 100 0.01 0.1 1 10 P e rs e n L o lo s, % Diameter, mm Titik 3 10 20 30 40 50 60 70 80 90 100 0.01 0.1 1 10 P e rs e n L o lo s, % Diameter, mm Titik 1

  1

  ( ) 6 " ! $ 6 ! ! " ! " ! (

  2 6 $ $ " 2 0 " ! ( ! " 0 ( ( 6 " ) ! " ! " ! " ( ! $ " " ! 6 ! ! " ! ( $ !

  ( " ! (( ) * 43;

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  ( 0 ! " " ( ( $ " $ ! 0 ! ( " 5 " ( ( " ! ! ## ' ( ! ( 6 ( ! " $ ! " !

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  ( " 6 ! ! $ ( "

  ; 2 0) ( " : ! " ! ( (

  • 9 " > + $

  8

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  2.5 ! " ! # $ # ! " %## & ' ( ! (

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  si a v 1

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  le E 0.5

  # $ " ( " ( ( ! $ ( " ! ! " 0 0 ( (( 100 200 300 400 500 600 700 800 # 3.5 2 @ *$ " ! " 6 0 ! <

  Jam ke- 2.5 3

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  )

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  9 ! < - " $, (

  le E 0.5 Setelah simulasi

  " " (( ! $ " (( ) ) ! ( " " ! $ ! $ ) -0.5

  9 & &

  • -1
  • 20 40 60 80 100

      ( " ! ! ## ' ( ! ( ! ! ( (( :", 43; Jarak (m)

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          $ ! " 6 0 ! + 20 40 60 80 100 4 + ( " ! #

          Jarak (m)

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            • 20 40 60 80 100 - - ) )- 8 - )8 ( ! )- - 8)- - - ) ( ! Jarak (m)

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                200 400 600 800 1000 -1.2 20 40 60 80 100 Jarak antar potongan melintang (m) Eksisting Ackers - White MPM Wilcock

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                < # $ 0 : 6 ( ! ( < # $ " ( " ( %" ( $&

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                6

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                20

                30

                40

                50

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