UPN 140

Europe

Dimensions

140 mm

depth

60 mm

flange width

t_f

10 mm

flange thickness

t_w

7 mm

web thickness

r₁

10 mm

fillet radius

r₂

5 mm

tip radius

Secondary Dimensions

h_w

98 mm

depth between fillets

A_L

489 mm

perimeter

Properties

16 kg/m

weight

2,040 mm²

area

A_vz

1,040 mm²

shear area (load parallel to web)

x_o

33.7 mm

shear center distance to centroid

e_o

18.8 mm

shear center distance to edge

x-x Axis

I_x

6.05ᴇ6 mm⁴

moment of inertia

W_el.x

86,400 mm³

elastic section modulus

W_pl.x

103,000 mm³

plastic section modulus

i_x

54.5 mm

radius of gyration

z_s

70 mm

distance from edge to centroidal axis

y_p

70 mm

vertical distance from edge to plastic neutral axis

y-y Axis

I_y

627,000 mm⁴

moment of inertia

W_el.y

14,800 mm³

elastic section modulus

W_pl.y

28,300 mm³

plastic section modulus

i_y

17.5 mm

radius of gyration

y_s

17.5 mm

distance from edge to centroidal axis

x_p

8.5 mm

horizontal distance from edge to plastic neutral axis

Torsion

I_t

56,800 mm⁴

torsional constant

I_w

2.08ᴇ9 mm⁶

warping constant

W_no

2,220 mm²

normalized warping function

S_w1

381,000 mm⁴

warping statical moment

S_w2

220,000 mm⁴

warping statical moment

S_w3

110,000 mm⁴

warping statical moment

Additional Properties

A_G

30.5 m²/g

painting surface per unit weight

p_min

33 mm

allowable edge distance

p_max

37 mm

allowable edge distance

s_s

23.9 mm

length of stiff bearing

Allowable Strength Design

Beam Length

Steel Grade

Material

F_y

355 N/mm²

yield strength

F_u

470 N/mm²

ultimate tensile strength

Major Axis Bending

M_n

Ω_b

21.9 kN-m

available flexural strength

V_n

Ω_v

125 kN

available shear strength

W_max

57.5 kN

maximum uniform load

Open in beam calculator →

P_max

28.7 kN

maximum point load

Open in beam calculator →

Minor Axis Bending

M_n

Ω_b

5.03 kN-m

available flexural strength

V_n

Ω_v

153 kN

available shear strength

W_max

13.2 kN

maximum uniform load

Open in beam calculator →

P_max

6.61 kN

maximum point load

Open in beam calculator →

Axial Strength

P_n

360 kN

available tensile strength

P_n

Ω_c

73.2 kN

available compressive strength

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