Page 217 - Pressure Vessel Design Manual
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Design of Vessel Supports   195

           ANCHOR BOLTS: EQUIVALENT AREA METHOD

                                                                                PROCEDURE
                                                             I.  C.lculate  eHmlna   K valm bud an tllorrrbks.
                                                             2.  Make prelElrtary &3lon   d anchor bolts and width of base
                                                             3.  f?2itate  lmr and stresses.
                                                             1.  Cskuhte K bauni on actual streuses and compare rrlth wlue
                                                                    ed In Step 2.
                                                             5.  F& erica ex&   .01, wkct a new K between both wlrm mnc
                                                               repeat Steps 2-8.  (Sea Note 6.)






















                                                                            I            TRIAL 2
                                                                            I1 Data



                            1-
            Wb
            2  Approxlmate K UJng AHowables   Coefficients                  2  Approxlmate K UJng AlbmMes
                                            cc





            3  Tendle Load in Steel                                         3 Tdle Load in Steel


            4  Number of Anchor  Bolts Requlred                             4  Number of Anchor Elolta Fbqulred
                                                                          in.2
                                                                         bolts
                                                                            5  stress In EQuiv&nl  steel Band



                            I               I
            6  CompresJve Load In Concrete
            C=T+Wb                          I                               I               I
           i7 Stress In  Concrete                                           17  Stress in Concrete
                                                                            I               I

                                            I
            8  Recheck K Udng Actual 1.  and 1,                             8  Recheck K Udng Actual 1.  and fc
                            I               I
           IK=y
                 1
                +'.
               1
                                                                                See example of completed form on newt page.
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