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Bolt Design Stress And Design Load From Temperature

Calculate bolt design load and design stress from temperature and bolt diameter.

The design stress calculations are taken from ASME B31.31.3 process piping, and ASME B31.1 power piping. The bolt tensile area is calculated for either ANSI threads or ISO threads. Bolt size can be calculated for either UNC, UNF, BSW or ISO threads.

Use the Result Plot option to display a plot of design stress versus temperature for the selected material. Use the Data Table option to display the data table in the popup window. Use the Result Table option to display a table of bolt design load versus either bolt size or bolt material.

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Links : ±
CALCULATOR : Bolt Design Load And Design Stress From Temperature (US ASME B31.3) Carbon Steel Bolt [PLUS]   ±

Calculate ASME B31.3 bolt design load and design stress from temperature for carbon steel bolts. The design stress values are interpolated from ASME B31.3 process piping table A-2 (bolts). Use the Result Table option to display a table of bolt design stress and design load versus either bolt diameter or bolt material.

Tool Input

  • datatype : Material Type And Grade
  • OOR : If Temperature Above Data Range
  • bolttype : Bolt Schedule
  • diabtype : Bolt Size
    • Du : User Defined Bolt Diameter
    • Pu : User Defined Pitch Length
    • TPIu : User Defined Threads Per Inch
  • areatype : Bolt Tensile Area Type
    • Axu : User Defined Bolt Tensile Area
  • Td : Design Temperature

Tool Output

  • Ax : Bolt Tensile Area
  • D : Bolt Diameter
  • N : Design Bolt Load
  • P : Bolt Thread Pitch
  • S : Design Bolt Stress
  • SMTS : SMTS At 100 F
  • SMYS : SMYS At 100 F
  • SUT : Tensile Stress At Design Temperature
  • SYT : Yield Stress At Design Temperature
  • S[Pa] : Design Bolt Stress
  • Sdata : Stress Data
  • So : Design Bolt Stress At 100 F
  • TPI : Bolt Threads Per Inch
  • Tdata : Temperature Data

CALCULATOR : Bolt Design Load And Design Stress From Temperature (US ASME B31.3) Alloy Steel Bolt [PLUS]   ±

Calculate ASME B31.3 bolt design load and design stress from temperature for alloy steel bolts. The design stress values are interpolated from ASME B31.3 process piping table A-2 (bolts). Use the Result Table option to display a table of bolt design stress and design load versus either bolt diameter or bolt material.

Tool Input

  • datatype : Material Type And Grade
  • OOR : If Temperature Above Data Range
  • bolttype : Bolt Schedule
  • diabtype : Bolt Size
    • Du : User Defined Bolt Diameter
    • Pu : User Defined Pitch Length
    • TPIu : User Defined Threads Per Inch
  • areatype : Bolt Tensile Area Type
    • Axu : User Defined Bolt Tensile Area
  • Td : Design Temperature

Tool Output

  • Ax : Bolt Tensile Area
  • D : Bolt Diameter
  • N : Design Bolt Load
  • P : Bolt Thread Pitch
  • S : Design Bolt Stress
  • SMTS : SMTS At 100 F
  • SMYS : SMYS At 100 F
  • SUT : Tensile Stress At Design Temperature
  • SYT : Yield Stress At Design Temperature
  • S[Pa] : Design Bolt Stress
  • Sdata : Stress Data
  • So : Design Bolt Stress At 100 F
  • TPI : Bolt Threads Per Inch
  • Tdata : Temperature Data

CALCULATOR : Bolt Design Load And Design Stress From Temperature (US ASME B31.3) Stainless Steel Bolt [PLUS]   ±

Calculate ASME B31.3 bolt design load and design stress from temperature for stainless steel bolts. The design stress values are interpolated from ASME B31.3 process piping table A-2 (bolts). Use the Result Table option to display a table of bolt design stress and design load versus either bolt diameter or bolt material.

Tool Input

  • datatype : Material Type And Grade
  • OOR : If Temperature Above Data Range
  • bolttype : Bolt Schedule
  • diabtype : Bolt Size
    • Du : User Defined Bolt Diameter
    • Pu : User Defined Pitch Length
    • TPIu : User Defined Threads Per Inch
  • areatype : Bolt Tensile Area Type
    • Axu : User Defined Bolt Tensile Area
  • Td : Design Temperature

Tool Output

  • Ax : Bolt Tensile Area
  • D : Bolt Diameter
  • N : Design Bolt Load
  • P : Bolt Thread Pitch
  • S : Design Bolt Stress
  • SMTS : SMTS At 100 F
  • SMYS : SMYS At 100 F
  • SUT : Tensile Stress At Design Temperature
  • SYT : Yield Stress At Design Temperature
  • S[Pa] : Design Bolt Stress
  • Sdata : Stress Data
  • So : Design Bolt Stress At 100 F
  • TPI : Bolt Threads Per Inch
  • Tdata : Temperature Data

CALCULATOR : Bolt Design Load And Design Stress From Temperature (US ASME B31.3) Copper Alloy Bolt [PLUS]   ±

Calculate ASME B31.3 bolt design load and design stress from temperature for copper alloy bolts. The design stress values are interpolated from ASME B31.3 process piping table A-2 (bolts). Use the Result Table option to display a table of bolt design stress and design load versus either bolt diameter or bolt material.

Tool Input

  • datatype : Material Type And Grade
  • OOR : If Temperature Above Data Range
  • bolttype : Bolt Schedule
  • diabtype : Bolt Size
    • Du : User Defined Bolt Diameter
    • Pu : User Defined Pitch Length
    • TPIu : User Defined Threads Per Inch
  • areatype : Bolt Tensile Area Type
    • Axu : User Defined Bolt Tensile Area
  • Td : Design Temperature

Tool Output

  • Ax : Bolt Tensile Area
  • D : Bolt Diameter
  • N : Design Bolt Load
  • P : Bolt Thread Pitch
  • S : Design Bolt Stress
  • SMTS : SMTS At 100 F
  • SMYS : SMYS At 100 F
  • SUT : Tensile Stress At Design Temperature
  • SYT : Yield Stress At Design Temperature
  • S[Pa] : Design Bolt Stress
  • Sdata : Stress Data
  • So : Design Bolt Stress At 100 F
  • TPI : Bolt Threads Per Inch
  • Tdata : Temperature Data

CALCULATOR : Bolt Design Load And Design Stress From Temperature (US ASME B31.3) Nickel Alloy Bolt [PLUS]   ±

Calculate ASME B31.3 bolt design load and design stress from temperature for nickel alloy bolts. The design stress values are interpolated from ASME B31.3 process piping table A-2 (bolts). Use the Result Table option to display a table of bolt design stress and design load versus either bolt diameter or bolt material.

Tool Input

  • datatype : Material Type And Grade
  • OOR : If Temperature Above Data Range
  • bolttype : Bolt Schedule
  • diabtype : Bolt Size
    • Du : User Defined Bolt Diameter
    • Pu : User Defined Pitch Length
    • TPIu : User Defined Threads Per Inch
  • areatype : Bolt Tensile Area Type
    • Axu : User Defined Bolt Tensile Area
  • Td : Design Temperature

Tool Output

  • Ax : Bolt Tensile Area
  • D : Bolt Diameter
  • N : Design Bolt Load
  • P : Bolt Thread Pitch
  • S : Design Bolt Stress
  • SMTS : SMTS At 100 F
  • SMYS : SMYS At 100 F
  • SUT : Tensile Stress At Design Temperature
  • SYT : Yield Stress At Design Temperature
  • S[Pa] : Design Bolt Stress
  • Sdata : Stress Data
  • So : Design Bolt Stress At 100 F
  • TPI : Bolt Threads Per Inch
  • Tdata : Temperature Data

CALCULATOR : Bolt Design Load And Design Stress From Temperature (US ASME B31.3) Aluminium Alloy Bolt [PLUS]   ±

Calculate ASME B31.3 bolt design load and design stress from temperature for aluminium alloy bolts. The design stress values are interpolated from ASME B31.3 process piping table A-2 (bolts). Use the Result Table option to display a table of bolt design stress and design load versus either bolt diameter or bolt material.

Tool Input

  • datatype : Material Type And Grade
  • OOR : If Temperature Above Data Range
  • bolttype : Bolt Schedule
  • diabtype : Bolt Size
    • Du : User Defined Bolt Diameter
    • Pu : User Defined Pitch Length
    • TPIu : User Defined Threads Per Inch
  • areatype : Bolt Tensile Area Type
    • Axu : User Defined Bolt Tensile Area
  • Td : Design Temperature

Tool Output

  • Ax : Bolt Tensile Area
  • D : Bolt Diameter
  • N : Design Bolt Load
  • P : Bolt Thread Pitch
  • S : Design Bolt Stress
  • SMTS : SMTS At 100 F
  • SMYS : SMYS At 100 F
  • SUT : Tensile Stress At Design Temperature
  • SYT : Yield Stress At Design Temperature
  • S[Pa] : Design Bolt Stress
  • Sdata : Stress Data
  • So : Design Bolt Stress At 100 F
  • TPI : Bolt Threads Per Inch
  • Tdata : Temperature Data

CALCULATOR : Bolt Design Load And Design Stress From Temperature (US ASME B31.1) Carbon Steel Bolt [PLUS]   ±

Calculate ASME B31.1 bolt design load and design stress from temperature for carbon steel bolts. The design stress values are interpolated from ASME B31.1 power piping table A-10. Use the Result Table option to display a table of bolt design stress and design load versus either bolt diameter or bolt material.

Tool Input

  • datatype : Material Type And Grade
  • OOR : If Temperature Above Data Range
  • bolttype : Bolt Schedule
  • diabtype : Bolt Size
    • Du : User Defined Bolt Diameter
    • Pu : User Defined Pitch Length
    • TPIu : User Defined Threads Per Inch
  • areatype : Bolt Tensile Area Type
    • Axu : User Defined Bolt Tensile Area
  • Td : Design Temperature

Tool Output

  • Ax : Bolt Tensile Area
  • D : Bolt Diameter
  • Na : Allowable Bolt Load
  • P : Bolt Thread Pitch
  • S : Allowable Bolt Stress
  • SMTS : SMTS At 100 F
  • SMYS : SMYS At 100 F
  • SUT : Tensile Stress At Design Temperature
  • SYT : Yield Stress At Design Temperature
  • Sdata : Stress Data
  • So : Basic Allowable Stress At 100 F
  • TPI : Bolt Threads Per Inch
  • Tdata : Temperature Data

CALCULATOR : Bolt Design Load And Design Stress From Temperature (US ASME B31.1) Alloy Steel Bolt [PLUS]   ±

Calculate ASME B31.1 bolt design load and design stress from temperature for alloy steel bolts. The design stress values are interpolated from ASME B31.1 power piping table A-10. Use the Result Table option to display a table of bolt design stress and design load versus either bolt diameter or bolt material.

Tool Input

  • datatype : Material Type And Grade
  • OOR : If Temperature Above Data Range
  • bolttype : Bolt Schedule
  • diabtype : Bolt Size
    • Du : User Defined Bolt Diameter
    • Pu : User Defined Pitch Length
    • TPIu : User Defined Threads Per Inch
  • areatype : Bolt Tensile Area Type
    • Axu : User Defined Bolt Tensile Area
  • Td : Design Temperature

Tool Output

  • Ax : Bolt Tensile Area
  • D : Bolt Diameter
  • Na : Allowable Bolt Load
  • P : Bolt Thread Pitch
  • S : Allowable Bolt Stress
  • SMTS : SMTS At 100 F
  • SMYS : SMYS At 100 F
  • SUT : Tensile Stress At Design Temperature
  • SYT : Yield Stress At Design Temperature
  • Sdata : Stress Data
  • So : Basic Allowable Stress At 100 F
  • TPI : Bolt Threads Per Inch
  • Tdata : Temperature Data

CALCULATOR : Bolt Design Load And Design Stress From Temperature (US ASME B31.1) Austenitic Stainless Steel Bolt [PLUS]   ±

Calculate ASME B31.1 bolt design load and design stress from temperature for austenitic stainless steel bolts. The design stress values are interpolated from ASME B31.1 power piping table A-10. Use the Result Table option to display a table of bolt design stress and design load versus either bolt diameter or bolt material.

Tool Input

  • datatype : Material Type And Grade
  • OOR : If Temperature Above Data Range
  • bolttype : Bolt Schedule
  • diabtype : Bolt Size
    • Du : User Defined Bolt Diameter
    • Pu : User Defined Pitch Length
    • TPIu : User Defined Threads Per Inch
  • areatype : Bolt Tensile Area Type
    • Axu : User Defined Bolt Tensile Area
  • Td : Design Temperature

Tool Output

  • Ax : Bolt Tensile Area
  • D : Bolt Diameter
  • Na : Allowable Bolt Load
  • P : Bolt Thread Pitch
  • S : Allowable Bolt Stress
  • SMTS : SMTS At 100 F
  • SMYS : SMYS At 100 F
  • SUT : Tensile Stress At Design Temperature
  • SYT : Yield Stress At Design Temperature
  • Sdata : Stress Data
  • So : Basic Allowable Stress At 100 F
  • TPI : Bolt Threads Per Inch
  • Tdata : Temperature Data

CALCULATOR : Bolt Design Load And Design Stress From Temperature (US ASME B31.1) Martensitic Stainless Steel Bolt [PLUS]   ±

Calculate ASME B31.1 bolt design load and design stress from temperature for martensitic stainless steel bolts. The design stress values are interpolated from ASME B31.1 power piping table A-10. Use the Result Table option to display a table of bolt design stress and design load versus either bolt diameter or bolt material.

Tool Input

  • datatype : Material Type And Grade
  • OOR : If Temperature Above Data Range
  • bolttype : Bolt Schedule
  • diabtype : Bolt Size
    • Du : User Defined Bolt Diameter
    • Pu : User Defined Pitch Length
    • TPIu : User Defined Threads Per Inch
  • areatype : Bolt Tensile Area Type
    • Axu : User Defined Bolt Tensile Area
  • Td : Design Temperature

Tool Output

  • Ax : Bolt Tensile Area
  • D : Bolt Diameter
  • Na : Allowable Bolt Load
  • P : Bolt Thread Pitch
  • S : Allowable Bolt Stress
  • SMTS : SMTS At 100 F
  • SMYS : SMYS At 100 F
  • SUT : Tensile Stress At Design Temperature
  • SYT : Yield Stress At Design Temperature
  • Sdata : Stress Data
  • So : Basic Allowable Stress At 100 F
  • TPI : Bolt Threads Per Inch
  • Tdata : Temperature Data

CALCULATOR : Bolt Design Load And Design Stress From Temperature (US ASME B31.1) Precipitation Hardened Stainless Steel Bolt [PLUS]   ±

Calculate ASME B31.1 bolt design load and design stress from temperature for precipitation hardened stainless steel bolts. The design stress values are interpolated from ASME B31.1 power piping table A-10. Use the Result Table option to display a table of bolt design stress and design load versus either bolt diameter or bolt material.

Tool Input

  • datatype : Material Type And Grade
  • OOR : If Temperature Above Data Range
  • bolttype : Bolt Schedule
  • diabtype : Bolt Size
    • Du : User Defined Bolt Diameter
    • Pu : User Defined Pitch Length
    • TPIu : User Defined Threads Per Inch
  • areatype : Bolt Tensile Area Type
    • Axu : User Defined Bolt Tensile Area
  • Td : Design Temperature

Tool Output

  • Ax : Bolt Tensile Area
  • D : Bolt Diameter
  • Na : Allowable Bolt Load
  • P : Bolt Thread Pitch
  • S : Allowable Bolt Stress
  • SMTS : SMTS At 100 F
  • SMYS : SMYS At 100 F
  • SUT : Tensile Stress At Design Temperature
  • SYT : Yield Stress At Design Temperature
  • Sdata : Stress Data
  • So : Basic Allowable Stress At 100 F
  • TPI : Bolt Threads Per Inch
  • Tdata : Temperature Data

CALCULATOR : Bolt Design Load And Design Stress From Temperature (US ASME B31.1) Copper Alloy Bolt [PLUS]   ±

Calculate ASME B31.1 bolt design load and design stress from temperature for copper alloy bolts. The design stress values are interpolated from ASME B31.1 power piping table A-10. Use the Result Table option to display a table of bolt design stress and design load versus either bolt diameter or bolt material.

Tool Input

  • datatype : Material Type And Grade
  • OOR : If Temperature Above Data Range
  • bolttype : Bolt Schedule
  • diabtype : Bolt Size
    • Du : User Defined Bolt Diameter
    • Pu : User Defined Pitch Length
    • TPIu : User Defined Threads Per Inch
  • areatype : Bolt Tensile Area Type
    • Axu : User Defined Bolt Tensile Area
  • Td : Design Temperature

Tool Output

  • Ax : Bolt Tensile Area
  • D : Bolt Diameter
  • Na : Allowable Bolt Load
  • P : Bolt Thread Pitch
  • S : Allowable Bolt Stress
  • SMTS : SMTS At 100 F
  • SMYS : SMYS At 100 F
  • SUT : Tensile Stress At Design Temperature
  • SYT : Yield Stress At Design Temperature
  • Sdata : Stress Data
  • So : Basic Allowable Stress At 100 F
  • TPI : Bolt Threads Per Inch
  • Tdata : Temperature Data

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