Download - Dimensionamento de Tirantes
Hev Bolted Joint Worksheet (Simple)
Bolt MeasurementClient NameProject Name- Applicationwww.heviitech.comBolt [email protected] TypestudConvertedHole Type"blind"MetricImperialMetricImperialModulusE206,207MPa29,900,000psi206,207MPa29,928,432psiYield StrengthSy724MPa105,000psi724MPa105,080psiBolt SizeDn36mm1.5000in38mm1.4173inThreadn3pitch8tpipitchtpiPitchp30.125pitch = 1/n0.125Bolt Area knownAsgiven mm2in20mm20.0000in2Or ensure that "given As" field is clear (deleted)Bolt Area calculatedAscalculated 864.94mm21.492in2962mm21.3407in2Ast = .7854[Dn-(.9743/n)]865mm2Ast = .7854[Dn-(.938194/n)]1.4918in2As by logical argument865mm21.4918in2962mm21.3407in2Grip Length or Lgtotal 109mm4.45in2871mm20.1690in2FullFullcomponents ensure that "total Grip Length" field is clearFlange 1f1heightmmin0.0mm0inEmptyEmptyFlange 2f2heightmmin2mm2inEmptyEmptySpacer (total)stheightmminmminEmptyEmptyGasketgtheightmminmminEmptyEmptyWasher 1w1heightmmin0.0mm0.000inEmptyEmptyWasher 1w2heightmmin4mm4inEmptyEmptygrip length by logicGrip LengthLgft + st + wt + gt109.0mm4.5in113.0mm4.29instudboltstudboltEffective LengthLE145.0mm5.695in144.7mm5.71in145138.885.955.695Proof LoadSpAs * Sy626.21kN156,644lbf696,785N141lbfBolt PreloadSelect only one "Desired" value. All others must be clear (deleted)Desired %Sp%Sp69%69%FullFullOr ensure that all other "Desired" fields are clear (deleted)Desired ForceFikNlbfEmptyEmptyOr ensure that all other "Desired" fields are clear (deleted)Desired StressMPapsiEmptyEmptyBy Desired %SpFi432.09kN108,084.06lbf499.56MPa72,450.00psi%Sp69%-69%-By Desired force Fi0.00MPa0psi%Sp0%-0%-Fi0.00kN0lbfBy Desired bolt stress %Sp0%-0%-Fi0kN0lbf0MPa0psiResulting %Sp%SpSp / %Sp69%-69%-Resulting FiFi%Sp * Sp432kN108,084lbfResulting = Fi/Ast500MPa72,450psiBolt Stretchweb linkElongation( Fi * LE ) / E * As0.351mm0.014in0.351mm0.014inTolerance +/- %5Min Elongmin0.334mm0.013in0.333mm0.013inMax Elongmax0.369mm0.014in0.368mm0.015inStrain = / LE0.002Assembly by Tensioningweb linkTool AreaTa2884mm24.47in2load loss by logical argument1.31.3Load Loss ratioL/L1.01 + Dn / LE1.31.3load loss by logical argumentPA to PB ratioA / B1.11.1A PressurePA2,074bar33,869psiB PressurePB1,885bar30,790psiAssembly by Torquingweb linkFriction FactorK0.2TorqueTT = K * Dn * Fi3,111Nm2,702ft-lb3,664Nm2,295ft-lbProceed with caution! Bolt-tightening by application of torque is an extremely dangerous practice unless the resultant load can be verified. Bolt "torque" does not indicate how "tight" a bolt is!version 2.63Hevii Technology assumes no responsibility for the formulae and calculations hereinAnybody using this spreadsheet agrees that it is being used at their own risk
&R&DJrg Albrecht:This returns a value which is used in the Data Validation calculation to ensure that only one "desired" preload metric is entered.Jrg Albrecht:This returns a value which is used in the Data Validation calculation to ensure that only one "desired" preload metric is entered.Jrg Albrecht:This returns a value which is used in the Data Validation calculation to ensure that only one "desired" preload metric is entered.Jrg Albrecht:This returns a value which is used in the Data Validation calculation to ensure that only one "desired" preload metric is entered.Jrg Albrecht:This returns a value which is used in the Data Validation calculation to ensure that only one "desired" preload metric is entered.Jrg Albrecht:This returns a value which is used in the Data Validation calculation to ensure that only one "desired" preload metric is [email protected] with caution! Bolt-tightening by application of torque is an extremely dangerous practice unless the resultant load can be verified. Bolt "torque" does not indicate how "tight" a bolt is!web linkweb linkweb link
