Rafter Splice Design

Embed Size (px)

Citation preview

  • 7/27/2019 Rafter Splice Design

    1/2

    SPLICE CONNECTION

    Connection Identification : RAFTER SP1

    INPUT DATA:

    Supporting member

    D = mm r = mm Ix = cm Zx = cm

    B = mm D' = mm Iy = cm Zy = cmtw = mm n = mm rx = cm Sx = cm

    tf = mm A = cm ry = cm Sy = cm

    Supported member

    D = mm r = mm Ix = cm Zx = cm

    B = mm D' = mm Iy = cm Zy = cm

    tw = mm n = mm rx = cm Sx = cm

    tf = mm A = cm ry = cm Sy = cm

    Member end actions

    Factored C = KN T = KN Fy = KN My = KN.m

    Fz = KN Mz = KN.m

    Connection Flange Web

    Grade of bolt ( F10T / HSFG / 8.8 ) = Bolts = BoltsYield strength of bolt Yf = M Pa Yf = M PaUlt. Tensile strength of bolt Uf = M Pa Uf = M PaShear strength of bolt ps = M Pa ps = M PaBearing strength of bolt pbb = M Pa pbb = M PaTensile strength of bolt pt = M Pa pt = M PaStrength of weld fw = M Pa fw = M Pa

    Grade of material - Rolled Section = S 50 B Plate = S 50 B

    Ultimate strength - Rolled Section Us = M Pa Plate Us = M Pa

    Yield strength - Rolled Section py = M Pa Plate py = M Pa

    Bearing strength - Rolled Section pbs = M Pa Plate pbs = M Pa

    Diameter of bolt db = mm db = mmDiameter of bolt hole dbh = mm dbh = mmNr of bolt columns n

    c= n

    c=

    Nr of bolt rows nr = nr =Spacing of bolt rows (pitch) p = mm p = mmSpacing of bolt columns (gauge) g2 = mm g = mmSpacing of bolt columns (gauge) g1 = mmSpacing of bolt columns (gauge) g3 = mm

    Edge distance e' = mm e' = mmEnd distance in plate at top e''pt = mm e''pt = mmEnd distance in plate at bottom e''pb = mm e''pb = mm

    End distance in member e''' = mm e''' = mmSet back Sb = mm Sb = mmThickness of plate tp = mm tp = mmThickness of reinforcement tfrp = mm twrp = mmNr of shear planes Ns = Ns =

    Sum of square of 'r' for the bolt group e r = mm2 e r = mm2

    Minimum proof stress for HSFG bolts po = M Pa po = M PaMinimum shank tension for HSFG bolts Po = KN Po = KNFor clearance holes Ks = =

    Slip factor for untreated surfaces m = m =

    Edge distance for inside plate ei' = mmEdge distance for inside plate ei'' = mmThickness of inside plate tip = mmWidth of plate bp = mm Depth of plate =Length of plate lp = mm Length of plate =Thickness of plate (outside & inside) tp = mm Thickness of plate=12.0

    mm

    mm20.0

    mm

    69

    620.0

    50

    130.0

    303.0

    355.0

    12

    1

    N.A.N.A.

    156250

    N.A.

    110700

    0 0

    125

    6060

    0

    60 60

    69.15

    12

    10 10201.5

    10

    2

    1

    0.45

    2

    0.45

    N.A.

    0.0

    250

    490 490

    355355

    560

    0

    375

    628

    903.0 19.1 325300.0

    303.3 824.4 9423.0

    628

    785 785

    8.8

    7204.00

    621.00

    1200.0

    0

    982.00

    8351.00

    0.0

    10001000

    35.7

    375

    6.07

    8.8

    450.0

    256.0

    190

    15.1

    260

    20.2

    19.1

    824.4

    903.0

    303.315.1

    20.2 256.0

    7204.00

    621.0035.7

    6.07

    325300.0

    9423.08351.00

    982.00

    345

    5

    550

    24

    1

    26

    0

    345

    560

    165

    550

    250

    60

    75

    69

    24

    2

    26

    4

    0

    Sep 15, 2008

    UB 914x305x201

    UB 914x305x201

    Rafter R1-splice

  • 7/27/2019 Rafter Splice Design

    2/2

    Connection Identification RAFTER SP1

    FLANGE

    Safe. Capacity of one bolt Pb = > Fb. ( )

    Safe. Compression capacity of the plate = > Cf,max. ( )

    Safe. Tensile capacity of the plate = > Tf,max. ( )

    Safe. Compression capacity of the flange = > Cf,max. ( )

    Safe. Tensile capacity of the flange = > Tf,max. ( )

    Safe. Bearing capacity of the plate per bolt = > Fb. ( )

    Safe. Bearing capacity of the flange per bolt = KN > Fb. ( )

    Safe. Bearing capacity of the flange over bolt group = > Ff,max. ( )

    Safe. Block shear capacity of the beam flange = > Ff,max. ( )

    Safe. Block shear capacity of the flange plate = > Ff,max. ( )

    WEB

    Safe. Capacity of one bolt Pb = > Fb. ( )Safe. Compression capacity of the plate = > Cw. ( )Safe. Tensile capacity of the plate = > Tw. ( )Safe. Compression capacity of the web = > Cw. ( )

    Safe. Tensile capacity of the web = > Tw. ( )Safe. Bearing capacity of the plate per bolt = > Fb. ( )Safe. Bearing capacity of the web per bolt = > Fb. ( )

    Safe. Bearing capacity of the bolt group = > V. ( )Safe. Shear capacity of the plate Vp = KN > V. ( )Safe. Shear capacity of the web Vw = KN > V. ( )Safe. Block shear capacity of plate/beam web = KN > V. ( )Safe. Interaction Check for web Plate

    0.03

    0.03

    3719.14704.18

    99.1

    0.73

    0.60

    0.73

    0.56

    0.67

    0.67

    0.67

    0.20

    KN2113.698

    177.7

    1421.5

    1421.5

    1421.5

    1404.8

    177.7

    1421.5

    1404.8

    1421.5

    0.63

    0.71

    0.67

    1990.098 KN

    316.80 KN

    177.7

    3345.451 KN

    2976.446 KN

    266.64

    264.6 KN

    2239.74 KN

    1926.441 KN

    2133.12 KN

    0.48

    0.42

    2,295.83 450.00.202657.78 450.00.172231.46 450.00.20

    996.6 450.00.45 KN

    199.32 118.80.60264 118.80.45

    KN

    4429.64 99.10.02

    0.45

    4278 KN 135.60.03264.6 KN 118.8

    135.6

    Sep 15, 2008

    KNKN

    KNKN

    Rafter R1-splice