常压容器设备强度计算书(英文模板)

DataSheetofProcessEquipmentCalculationDesignPressureP0MpaDensityofSubstanceρ997kg/m3AccelerationofGravityg10N/kgLiquidLevelh1860mmStaticPressureρgh0.019MpaCalculatingPressureP+ρghPC0.019MpaDesignTemperaturet80℃InsideDiameterDi1500mmMaterialDesignation06Cr19Ni10ReL137MpaAllowableStressatAMB[σ]137MpaAllowableStressatDesignTemperature[σ]t130MpaThicknessToleranceC10.3mmCorrosionAllowanceC20mmJointEfficiencyφ0.85320.3mm2.30mm6mm5.7mm0Mpa0.05Mpa6.60Mpa104.81MpaavailableCylinderStressatFullWaterTestσ=PcDi/2δe2.44MpaAllowanceStressLevelatFullWaterTestσ≤φ[σ]t110.5Mpaσ≤φ[σ]tavailableCalculatedThicknessδ=PcDi/2[σ]tφ=StressCheckingatFullWaterTestT≤0.9φReLσT≤0.9φReLCylinderStressatStaticPressureTestσT=PT(Di+δe)/2δe=TestPressure（Max）0.05PT=1.25P[σ]/[σ]t=StressCheckingatStaticPressureTestEffectiveThicknessδe=δn-C=NominalThicknessδn=δ+C2+C1+RoundDesignThicknessδ`n=δ+C=AdditionalThicknessC=C1+C2=（ExCorrosionAllowance）S.S≥0.13mmMaxMinimumThickness(mm)C.S&LowAlloySteel≥CalculationsforThicknessCalculationConditionsDwgCylinder(NB/T47003.1-2009)Diδ1DataSheetofProcessEquipmentCalculationinstructions:1、Pleasefillindesignconditionswithintheyellowgrids,thisformcanbeautomaticallycalculatedresults.Anditcanbeprintedintoatable.2,fillinconditionswithinthegreengridsmustbeaccurate,completeandcorrectanindispensibleitem.3、Iftherearemultiplereinforcingcalculationpleasecompileanotherfolios.4、Ifwehavewrong,pleasecorrectionit.2DataSheetofProcessEquipmentCalculationDesignPressureP0MpaDensityofSubstanceρ997kg/m3AccelerationofGravityg10N/kgLiquidLevelh1860mmStaticPressureρgh0.019MpaCalculatingPressureP+ρghPC0.019MpaDesignTemperaturet80℃InsideDiameterDhi1500mmMaterialDesignation06Cr19Ni10ReL137MpaAllowableStressatAMB[σ]137MpaAllowableStressatDesignTemperature[σ]t130MpaThicknessTolerance+ReductionC10.3mmCorrosionAllowanceC20mmJointEfficiencyφ0.85characteristiccoefficientK1CalculatedThicknessδh=KPcDhi/2[σ]tφ=0.13mm0.3mm0.43mm6mm5.7mm0.02Mpa0.05Mpa6.60Mpa104.81MpaavailableMaximumAllowanceWorkingPressure[P]=2[σ]tφδhe/KDhi=0.84MpaHeadStressatFullWaterTest2.44Mpa110.5Mpaavailable0.05AllowanceStressLevelatFullWaterTestσ≤φ[σ]tσ≤φ[σ]tStressCheckingatFullWaterTestσ=PcDi/2δheσT≤0.9φReLCalculationsforPressureT≤0.9φReLTestPressure（Max）StressatStaticPressureTestσT=PT(Di+δe)/2δe=PT=1.25Pc[σ]/[σ]t=StressCheckingatStaticPressureTestEffectiveThicknessδhe=δn-C=NominalThicknessδn=δh+C2+C1+RoundDesignThicknessδ`n=δ+C=AdditionalThicknessC=C1+C2=CalculationsforThicknessCalculationConditionsDwgEllipsoidalHead(NB/T47003.1-2009)DiδDhiδhnhi3DataSheetofProcessEquipmentCalculation4DataSheetofProcessEquipmentCalculationDesignPressureP0MpaDensityofSubstanceρ997kg/m3AccelerationofGravityg10N/kgLiquidLevelh1860mmStaticPressureρgh0.019MpaCalculatingPressureP+ρghPC0.019MpaDesignTemperaturet80℃InsideRadiusRi1500mmMaterialDesignation06Cr19Ni10ReL137MpaAllowableStressatAMB[σ]137MpaAllowableStressatDesignTemperature[σ]t130MpaThicknessTolerance+ReductionC10.3mmCorrosionAllowanceC20mmJointEfficiencyφ0.85characteristiccoefficientM1CalculatedThicknessδh=MPcRhi/2[σ]tφ=0.13mm0.3mm0.43mm6mm5.7mm0.02Mpa0.05Mpa6.60Mpa104.81MpaavailableMaximumAllowanceWorkingPressure[P]=2[σ]tφδhe/MRhi=0.84MpaHeadStressatFullWaterTest2.44Mpa110.5MpaavailableTestPressure（Max）0.05σ≤φ[σ]tStressCheckingatFullWaterTestσ=PcDi/2δheAllowanceStressLevelatFullWaterTestσ≤φ[σ]tCalculationsforPressureσT≤0.9φReLStressatStaticPressureTestσT=PT(Di+δe)/2δe=AllowanceStressLevelatPressureTestσT≤0.9φReLPT=1.25Pc[σ]/[σ]t=StressCheckingatStaticPressureTestEffectiveThicknessδhe=δn-C=NominalThicknessδn=δh+C2+C1+RoundDesignThicknessδ`n=δ+C=AdditionalThicknessC=C1+C2=CalculationsforThicknessCalculationConditionsDwgTorisphericalHead(NB/T47003.1-2009)DhiδhnhiDhirδhnRhi5DataSheetofProcessEquipmentCalculation6DataSheetofProcessEquipmentCalculationDesignPressureP0MpaDensityofSubstanceρ997kg/m3AccelerationofGravityg10N/kgLiquidLevelh1860mmStaticPressureρgh0.019MpaCalculatingPressureP+ρghPC0.019MpaDesignTemperaturet80℃CalculatedDiameterDc1500mmMaterialDesignation06Cr19Ni10ReL137MpaAllowableStressatAMB[σ]137MpaAllowableStressatDesignTemperature[σ]t130MpaThicknessToleranceC10.3mmCorrosionAllowance+ReductionC20mmJointEfficiencyφ1characteristiccoefficientKp0.20.3mm8.31mm10mm9.7mm0.02Mpa0.05Mpa3.89Mpa123.30MpaavailableMaximumAllowanceWorkingPressure[P]=2[σ]tφδhe/KpDc=8.41MpaHeadStressatFullWaterTest1.43Mpa130MpaavailableCalculatedThicknessδp=Dc√KpPc/[σ]tφ=0.05TestPressure（Max）8.01mmAllowanceStressLevelatFullWaterTestσ≤φ[σ]tσ≤φ[σ]tStressCheckingatFullWaterTestσ=PcDi/2δheσT≤0.9φReLCalculationsforPressureAllowanceStressLevelatPressureTestσT≤0.9φReLStressatStaticPressureTestσT=PT(Di+δe)/2δe=PT=1.25Pc[σ]/[σ]t=StressCheckingatStaticPressureTestEffectiveThicknessδhe=δn-C=NominalThicknessδn=δh+C2+C1+VDesignThicknessδ`n=δ+C=AdditionalThicknessC=C1+C2=CalculationsforThicknessCalculationConditionsDwgFlatCover(NB/T47003.1-2009)Dcδδp7DataSheetofProcessEquipmentCalculation8DataSheetofProcessEquipmentCalculationNozzleE1P0Mpaρ997kg/m3g10N/kgh1300mmρgh0.013MpaPC0.013Mp