SHM / PIPING  acc.to ASME VIII Div.1
Copyright 1979-2017 by Software House Memory b.v.The Nederlands,  All Rights Reserved


Example of Calculation ...

CALCULATION of INTEGRAL FLANGE

CALCULATION of INTEGRAL FLANGE
                                      Rev.SHM/01/2017
 

1 DEVICE NUMBER        :  MAX. 40 CHARACTERS
2 PART                 :  MAX. 40 CHARACTERS
3 PROJECT NUMBER       :  MAX. 40 CHARACTERS
4 CALCULATED BY        :  MAX. 40 CHARACTERS
5 DESIGN TEMPERATURE           Qm   :              [Degree C]

 10 MATERIAL FLANGE     :
 11 OUTSIDE DIAMETER FLANGE    A    :              [mm]
 12 CROSS-SECT.AREA ROOT BOLT  Ab   :             A[mm2]
 13 METRIC/ENGL  Units 0=METR.1=ENG:               [-]
 14 DIAMETER BOLT              a    :              [mm]
 15 INSIDE DIAMETER FLENS      B    :              [mm]
 16 INSIDE DIAMETER FLENS      B1   :              [mm]
 17 GASK.WIDTH                 b    :              [mm]
 18 BASIC GASKET WIDTH         b0   :              [mm]
 19 DIAMETER BOLD-CIRCLEL      C    :              [mm]
 20 DIAMETER BOLD-HOLE         d1   :              [mm]
 21 DIAMETER GASKET LOAD REAK. G    :              [mm]
 22 THICKNESS OF HUB SMALL     g0   :              [mm]
 23 THICKNESS OF HUB           g1   :              [mm]
 26 HUB LENGTH                 h    :              [mm]
 27 GASKET FACTOR              m    :              [-]
 28 Gereserv.                       :              [-]
 30 NUMBER OF BOLTS            n    :              [-]
 31 POISON-FACTOR              Pois :              [-]
 32 DESIGN PRESSURE            P    :              [N/mm2]
 33 DESIGN STRESS BOLT/Temp.   Sa   :              [N/mm2]
 34 DESIGN STRESS BOLT/20DG.C  Sb   :              [N/mm2]
 35 DESIGN STRESS FLANGE/Temp  Sfa  :              [N/mm2]
 36 DESIGN STRESS FLAN/20Dg.C  Sfo  :              [N/mm2]
 37 FLANGE THICKNESS           t    :              [mm]
 38 MODULUS ELAST.FLENS/TEMP.  Efl  :              [N/mm2]
 39 GASKET FACTOR              y    :              [N/mm2]
 40 DESIGN STRESS NOZZ. Temp.  Sn   :              [N/mm2]
 41 DESIGN STRESS NOZZ.20DGR.  Sn2  :              [N/mm2]
 42 MODULUS ELAST.BOLT /Temp   Eb   :              [N/mm2]
 43 MODULUS ELAST.GASK./Temp   Eg   :              [N/mm2]
 44 TEST PRESSURE              Pt   :              [N/mm2]
 50 LENGTH OF BOLT             lb   :              [mm]
 51 GASKET THICKNESS           tg   :              [mm]
 52 BOLT FRICTION FACTOR       K    :              [-]
 53 OUTS.BENDING MOMENT OPER.  MBext:              [kNmm]
 54 OUTS.FORCE OPERAT.COND.    FBext:              [kN]
 55 OUTS.BENDING MOMENT SEAT.  MText:              [kNmm]
 56 OUTS.FORCE SEAT.COND.      FText:              [kN]
 



SHM / PIPING  acc.to ASME VIII Div.1


CALCULATION of INTEGRAL FLANGE

CALCULATION of INTEGRAL FLANGE
                                      Rev.SHM/01/2017

   1  DEVICE NUMBER                   :   WASTE HEAT BOILER 203691
   2  PART                            :   MAIN SHELL STEAM SIDE
   3  PROJECT NUMBER                  :   203691
   4  CALCULATED BY                   :   SOFTWARE HOUSE MEMORY
   5  DESIGN TEMPERATURE         Qm   :       255.00 [degree C]
   9  FLANGE DATA
   10 MATERIAL FLANGE     :
   11 OUTSIDE DIAMETER FLANGE   A    :       1041.50 [mm]
   12 CROSS-SECT.AREA ROOT BOLT Ab   :       2768.90 [mm2]
   13 METRIC/ENGL  Units 0=METR.1=ENG:           .00 [-]
   14 DIAMETER BOLT             a    :         63.50 [mm]
   15 INSIDE DIAMETER FLENS     B    :        540.00 [mm]
   16 INSIDE DIAMETER FLENS     B1   :        540.00 [mm]
   17 GASK.WIDTH                b    :          3.17 [mm]
   18 BASIC GASKET WIDTH        b0   :         25.40 [mm]
   19 DIAMETER BOLD-CIRCLEL     C    :        901.60 [mm]
   20 DIAMETER BOLD-HOLE        d1   :         66.00 [mm]
   21 DIAMETER GASKET LOAD REAK.G    :        692.10 [mm]
   22 THICKNESS OF HUB SMALL    g0   :         35.00 [mm]
   23 THICKNESS OF HUB          g1   :        104.70 [mm]
   26 HUB LENGTH                h    :        115.00 [mm]
   27 GASKET FACTOR             m    :          6.50 [-]
   28 Gereserv.                      :           .00 [-]
   30 NUMBER OF BOLTS           n    :         20.00 [-]
   31 POISON-FACTOR             Pois :           .30 [-]
   32 DESIGN PRESSURE           P    :         11.00 [N/mm2]
   33 DESIGN STRESS BOLT/Temp.  Sa   :        172.40 [N/mm2]
   34 DESIGN STRESS BOLT/20DG.C Sb   :        172.40 [N/mm2]
   35 DESIGN STRESS FLANGE/Temp Sfa  :        106.90 [N/mm2]
   36 DESIGN STRESS FLAN/20Dg.C Sfo  :        117.50 [N/mm2]
   37 FLANGE THICKNESS          t    :        140.50 [mm]
   38 MODULUS ELAST.FLENS/TEMP. Efl  :     190000.00 [N/mm2]
   39 GASKET FACTOR             y    :        179.00 [N/mm2]
   40 DESIGN STRESS NOZZ. Temp. Sn   :        172.30 [N/mm2]
   41 DESIGN STRESS NOZZ.20DGR. Sn2  :        172.30 [N/mm2]
   42 MODULUS ELAST.BOLT /Temp  Eb   :     179310.00 [N/mm2]
   43 MODULUS ELAST.GASK./Temp  Eg   :     179310.00 [N/mm2]
   44 TEST PRESSURE             Pt   :         16.50 [N/mm2]
 

Date  : 1.01.2017                                     Page :  1 of  :  5



SHM / PIPING  acc.to ASME VIII Div.1


CALCULATION of INTEGRAL FLANGE

CALCULATION of INTEGRAL FLANGE
                                      Rev.SHM/01/2017

   50 LENGTH OF BOLT            lb   :        326.00 [mm]
   51 GASKET THICKNESS          tg   :          3.15 [mm]
   52 BOLT FRICTION FACTOR      K    :           .10 [-]
   53 OUTS.BENDING MOMENT OPER. MBext:            0. [kNmm]
   54 OUTS.FORCE OPERAT.COND.   FBext:            0. [kN]
   55 OUTS.BENDING MOMENT SEAT. MText:            0. [kNmm]
   56 OUTS.FORCE SEAT.COND.     FText:            0. [kN]
 

  Date  : 1-01-2017                                     Page : 2 of  :  5



SHM / PIPING  acc.to ASME VIII Div.1


CALCULATION of INTEGRAL FLANGE

CALCULATION of INTEGRAL FLANGE
                                      Rev.SHM/01/2017

   111 LENGTH                    hD   :       128.45 [mm]
   112 LENGTH                    hT   :       142.77 [mm]
   113 LENGTH                    h0   :       137.48 [mm]
   114 COEFFICIENT               A    :         1.99 [mm]
   115 COEFFICIENT               C    :        21.39 [mm]
   11601 COEFFICIENT             C1   :         .499 [-]
   11602 COEFFICIENT             C2   :         .220 [-]
   11603 COEFFICIENT             C3   :         .010 [-]
   11604 COEFFICIENT             C4   :         .380 [-]
   11605 COEFFICIENT             C5   :       -1.231 [-]
   11606 COEFFICIENT             C6   :         .062 [-]
   11607 COEFFICIENT             C7   :        4.967 [-]
   11608 COEFFICIENT             C8   :         .735 [-]
   11609 COEFFICIENT             C9   :         .646 [-]
   11610 COEFFICIENT             C10  :       -1.163 [-]
   11611 COEFFICIENT             C11  :         .257 [-]
   11612 COEFFICIENT             C12  :         .175 [-]
   11613 COEFFICIENT             C13  :         .064 [-]
   11614 COEFFICIENT             C14  :        -.098 [-]
   11615 COEFFICIENT             C15  :         .030 [-]
   11616 COEFFICIENT             C16  :         .158 [-]
   11617 COEFFICIENT             C17  :         .707 [-]
   11618 COEFFICIENT             C18  :       -2.394 [-]
   11619 COEFFICIENT             C19  :         .099 [-]
   11620 COEFFICIENT             C20  :         .134 [-]
   11621 COEFFICIENT             C21  :        -.175 [-]
   11622 COEFFICIENT             C22  :         .060 [-]
   11623 COEFFICIENT             C23  :        -.238 [-]
   11624 COEFFICIENT             C24  :         .315 [-]
   11625 COEFFICIENT             C25  :        -.085 [-]
   11626 COEFFICIENT             C26  :       -1.521 [-]
   11627 COEFFICIENT             C27  :       -2.065 [-]
   11628 COEFFICIENT             C28  :        -.273 [-]
   11629 COEFFICIENT             C29  :       -2.312 [-]
   11630 COEFFICIENT             C30  :       -3.516 [-]
   11631 COEFFICIENT            C31  :        5.473 [-]
   11632 COEFFICIENT             C32  :         .849 [-]
   11633 COEFFICIENT             C33  :       -1.718 [-]
   11634 COEFFICIENT             C34  :       -5.777 [-]
   11635 COEFFICIENT             C35  :        8.419 [-]
   11636 COEFFICIENT             C36  :        3.501 [-]
   11637 COEFFICIENT             C37  :       -9.522 [-]
   11701 COEFFICIENT             E1   :        -.863 [-]
   11702 COEFFICIENT             E2   :        -.276 [-]
   11703 COEFFICIENT             E3   :         .293 [-]
   11704 COEFFICIENT             E4   :        1.551 [-]
   11705 COEFFICIENT             E5   :        -.850 [-]
   11706 COEFFICIENT             E6   :       -1.516 [-]

    Date  : 1.01.2017                                  Page :  3 of  :  5



SHM / PIPING  acc.to ASME VIII Div.1


CALCULATION of INTEGRAL FLANGE

CALCULATION of INTEGRAL FLANGE
                                      Rev.SHM/01/2017

   118 FACTOR                    F    :          .72 [-]
   119 FACTOR                    V    :          .10 [-]
   120 FACTOR                    f    :         1.17 [-]
   121 PERS.+EXTERNAL LOAD       Pe   :        11.00 [-]
   122 FORCE INTERNAL             H   :      4138.28 [kN]
   123 FORCE INTERNAL            Hd   :      2519.24 [kN]
   124 FORCE ON FLANGE           Hg   :       985.63 [kN]
   125 GASKET FORCE              Ht   :      1619.04 [kN]
   126 FORCE ADJOIN              Hp   :       985.63 [kN]
   127 MOMENT LENGTH             hd   :       128.45 [mm]
   128 MOMENT LENGTH             hg   :       104.75 [mm]
   129 MOMENT LENGTH             ht   :       142.77 [mm]
   130 LOAD OPERAT.COND.         m0   :      1218.52 [kNmm]
   131 LOAD MOTAGE COND.         mg   :          .00 [kNmm]
   132 MOMENT  BY hd             Md   :    323596.70 [kNmm]
   133 MOMENT  BY hg             Mg   :    231158.50 [kNmm]
   134 MOMENT  BY ht             Mt   :    103244.80 [kNmm]
                                 OPERATING  SEATING  [kNmm]
   135 TOT.MOMENT FLANGE            M0:    658000.00 768397.9 [kNmm]
   136 LENGTH                    E    :        69.95 [mm]
   137 LENGTH                    K    :         1.93 [mm]
   138 AUXIL.VALUE               Z    :         1.74 [-]
   139 AUXIL.VALUE               U    :         3.43 [-]
   140 AUXIL.VALUE               T    :         1.53 [-]
   141 AUXIL.VALUE               Y    :         3.12 [-]
   142 LENGTH                    B1   :       540.00 [mm]
   143 DESIGN FACTOR             d    :   5959285.00 [-]
   144 DESIGN FACTOR             e    :          .01 [-]
   145 LENGTH  FACTOR            L    :         1.60 [-]
   STRESS                  OPERAT.  ALLOW.  SEATING  ALLOW.
   147 AXIAAL STRESS     SH: 81.32 160.35   94.96  176.25[N/mm2]
   148 RADIAAL STRESS    SR: 76.55 106.90   89.40  117.50[N/mm2]
   149 TANGENT.STRESS    ST: 59.84 106.90   92.16  117.50[N/mm2]
   150 STRESS  SH+SR/2   SH: 78.93 106.90   92.18  117.50[N/mm2]
   151 STRESS  SH+ST/2   SR: 70.58 106.90   93.56  117.50[N/mm2]
   STRESS FACTORS
   153 STRESS FACTOR             Alpha:         1.74 [-]
   154 STRESS FACTOR             Beta :         2.32 [-]
   155 STRESS FACTOR             Sigma:          .47 [-]
   156 STRESS FACTOR             Gamma:          .01 [-]
   157 STRESS FACTOR             Lambd:          .02 [-]
   158 STRESS FACTOR             AlphR:          .44 [-]

   ***** ACC.REQ.               *****

 Date  : 1.01.2017                                               Page : 4  of  :  5



SHM / PIPING  acc.to ASME VIII Div.1


CALCULATION of INTEGRAL FLANGE

CALCULATION of INTEGRAL FLANGE
                                      Rev.SHM/01/2017

  CALCULATION of BOLTS

   160 FORCE                       H  :      4138.28 [kN]
   161 FORCE ADJOINT               Hp :       985.63 [kN]
   162 MIN.LOAD BLOT               Wm1:      5123.91 [kN]
   163 MIN.LOAD BOLT               Wm2:      1233.76 [kN]
   164 ADJOINT                   AgBo :     13785.04 [mm2]
   165 START FORCE               Fbout:      5115.90 [kN]
   166 JOINT FORCE               TBout:         8.79 [kNmm]
   167 TOT.FORCE                 WBout:      5115.90 [kN]
   168 DESIGN FORCE BOLT         W    :      7335.54 [kN]
   169 REQUIRED MAT.BOLT         Am1  :     29721.08 [mm2]
   170 REQUIRED MAT.BOLT         Am2  :      7156.39 [mm2]
   171 TOT.REQUIR.BOLT           Amtot:     29721.08 [mm2]
   172 TOT.ACTUAL MAT.BOLT       Am*n :     55378.00 [mm2]

   ***** ACC.REQ.               *****

    RESULT RIGIDITY FLANGE

   172 RIGIDITY                  J    :       .32479 [-]

   ***** ACC.REQ.               *****

 Date  : 1.01.2017                                        Page : 5  of  :  5