Mechanical Engineers Outlook

Guide for those interested in becoming a mechanical engineer. Includes qualifications, pay, and job duties.

Injection Molding Design Guide

Guide for high quality and cost-effective plastic injection molding.

3D Scanners

A white paper to assist in the evaluation of 3D scanning hardware solutions.

CNC Machining Design Guide

Optimize your designs, reduce machining time, and lower your costs.

more free publications

Materials

Design

Processes

Units

Formulas

Math
Glossary » Beams » Simply Supported » Uniformly Distributed Load » Single Span » S Section Steel I Beam » S5 × 14.75
S Section Steel I Beam | Single Span | Two Equal Spans | Three Equal Spans | Four Equal Spans

For a simply supported beam in a single span, the maximum displacement w_max and the maximum normal stress stress_max occur at the center of the beam.
The tabulated data listed in this page are calculated based on the area moment of inertia (Ixx = 15.2 in4) for the S5 × 14.75 S Section Steel I Beam and the typical Young's modulus (E = 3.046 × 107 psi) of steels. Note that the typical yielding stress Yield of steels can range from 1.015 × 104 to 2.970 × 105 psi. The purpose of this page is to give a rough estimation of the load-bearing capacity of this particular beam, rather than a guideline for designing actual building structures. Please check your local building codes for regulatory requirements.
Note: The weight of the beam itself is not included in the calculation.
L = 3 ft
L = 5 ft
L = 10 ft
L = 15 ft
L = 20 ft
L = 25 ft
L = 30 ft
L = 40 ft
L = 50 ft
   
Steel I Beam: S5 × 14.75 (S Section 5 inch tall × 14.75 lbf/ft)
L = 3.00 ft
P (lbf/ft) w_max (in) stress_max (psi)
14.8 5.81 × 10-5 32.8
20.0 7.87 × 10-5 44.4
30.0 1.18 × 10-4 66.6
40.0 1.57 × 10-4 88.8
50.0 1.97 × 10-4 111
60.0 2.36 × 10-4 133
70.0 2.76 × 10-4 155
80.0 3.15 × 10-4 178
90.0 3.54 × 10-4 200
100 3.94 × 10-4 222
200 7.87 × 10-4 444
300 0.00118 666
400 0.00157 888
500 0.00197 1110
600 0.00236 1330
700 0.00276 1550
800 0.00315 1780
900 0.00354 2000
1000 0.00394 2220
2000 0.00787 4440
3000 0.0118 6660
4000 0.0157 8880
5000 0.0197 1.11 × 104
6000 0.0236 1.33 × 104
7000 0.0276 1.55 × 104
8000 0.0315 1.78 × 104
9000 0.0354 2.00 × 104
1.00 × 104 0.0394 2.22 × 104
2.00 × 104 0.0787 4.44 × 104
3.00 × 104 0.118 6.66 × 104
4.00 × 104 0.157 8.88 × 104
5.00 × 104 0.197 1.11 × 105
6.00 × 104 0.236 1.33 × 105
7.00 × 104 0.276 1.55 × 105
8.00 × 104 0.315 1.78 × 105
9.00 × 104 0.354 2.00 × 105
1.00 × 105 0.394 2.22 × 105
1.34 × 105 0.527 2.97 × 105
Steel I Beam: S5 × 14.75 (S Section 5 inch tall × 14.75 lbf/ft)
L = 5.00 ft
P (lbf/ft) w_max (in) stress_max (psi)
14.8 4.48 × 10-4 91.0
20.0 6.08 × 10-4 123
30.0 9.11 × 10-4 185
40.0 0.00122 247
50.0 0.00152 308
60.0 0.00182 370
70.0 0.00213 432
80.0 0.00243 493
90.0 0.00273 555
100 0.00304 617
200 0.00608 1230
300 0.00911 1850
400 0.0122 2470
500 0.0152 3080
600 0.0182 3700
700 0.0213 4320
800 0.0243 4930
900 0.0273 5550
1000 0.0304 6170
2000 0.0608 1.23 × 104
3000 0.0911 1.85 × 104
4000 0.122 2.47 × 104
5000 0.152 3.08 × 104
6000 0.182 3.70 × 104
7000 0.213 4.32 × 104
8000 0.243 4.93 × 104
9000 0.273 5.55 × 104
1.00 × 104 0.304 6.17 × 104
2.00 × 104 0.608 1.23 × 105
3.00 × 104 0.911 1.85 × 105
4.00 × 104 1.22 2.47 × 105
4.82 × 104 1.46 2.97 × 105
Steel I Beam: S5 × 14.75 (S Section 5 inch tall × 14.75 lbf/ft)
L = 10.0 ft
P (lbf/ft) w_max (in) stress_max (psi)
14.8 0.00717 364
20.0 0.00972 493
30.0 0.0146 740
40.0 0.0194 987
50.0 0.0243 1230
60.0 0.0292 1480
70.0 0.0340 1730
80.0 0.0389 1970
90.0 0.0437 2220
100 0.0486 2470
200 0.0972 4930
300 0.146 7400
400 0.194 9870
500 0.243 1.23 × 104
600 0.292 1.48 × 104
700 0.340 1.73 × 104
800 0.389 1.97 × 104
900 0.437 2.22 × 104
1000 0.486 2.47 × 104
2000 0.972 4.93 × 104
3000 1.46 7.40 × 104
4000 1.94 9.87 × 104
5000 2.43 1.23 × 105
6000 2.92 1.48 × 105
7000 3.40 1.73 × 105
8000 3.89 1.97 × 105
9000 4.37 2.22 × 105
1.00 × 104 4.86 2.47 × 105
1.20 × 104 5.85 2.97 × 105
Steel I Beam: S5 × 14.75 (S Section 5 inch tall × 14.75 lbf/ft)
L = 15.0 ft
P (lbf/ft) w_max (in) stress_max (psi)
14.8 0.0363 819
20.0 0.0492 1110
30.0 0.0738 1670
40.0 0.0984 2220
50.0 0.123 2780
60.0 0.148 3330
70.0 0.172 3890
80.0 0.197 4440
90.0 0.221 5000
100 0.246 5550
200 0.492 1.11 × 104
300 0.738 1.67 × 104
400 0.984 2.22 × 104
500 1.23 2.78 × 104
600 1.48 3.33 × 104
700 1.72 3.89 × 104
800 1.97 4.44 × 104
900 2.21 5.00 × 104
1000 2.46 5.55 × 104
2000 4.92 1.11 × 105
2030 5.00 1.13 × 105
Steel I Beam: S5 × 14.75 (S Section 5 inch tall × 14.75 lbf/ft)
L = 20.0 ft
P (lbf/ft) w_max (in) stress_max (psi)
14.8 0.115 1460
20.0 0.156 1970
30.0 0.233 2960
40.0 0.311 3950
50.0 0.389 4930
60.0 0.467 5920
70.0 0.544 6910
80.0 0.622 7890
90.0 0.700 8880
100 0.778 9870
200 1.56 1.97 × 104
300 2.33 2.96 × 104
400 3.11 3.95 × 104
500 3.89 4.93 × 104
600 4.67 5.92 × 104
643 5.00 6.35 × 104
Steel I Beam: S5 × 14.75 (S Section 5 inch tall × 14.75 lbf/ft)
L = 25.0 ft
P (lbf/ft) w_max (in) stress_max (psi)
14.8 0.280 2270
20.0 0.380 3080
30.0 0.570 4630
40.0 0.759 6170
50.0 0.949 7710
60.0 1.14 9250
70.0 1.33 1.08 × 104
80.0 1.52 1.23 × 104
90.0 1.71 1.39 × 104
100 1.90 1.54 × 104
200 3.80 3.08 × 104
263 5.00 4.06 × 104
Steel I Beam: S5 × 14.75 (S Section 5 inch tall × 14.75 lbf/ft)
L = 30.0 ft
P (lbf/ft) w_max (in) stress_max (psi)
14.8 0.581 3280
20.0 0.787 4440
30.0 1.18 6660
40.0 1.57 8880
50.0 1.97 1.11 × 104
60.0 2.36 1.33 × 104
70.0 2.76 1.55 × 104
80.0 3.15 1.78 × 104
90.0 3.54 2.00 × 104
100 3.94 2.22 × 104
127 5.00 2.82 × 104
Steel I Beam: S5 × 14.75 (S Section 5 inch tall × 14.75 lbf/ft)
L = 40.0 ft
P (lbf/ft) w_max (in) stress_max (psi)
14.8 1.84 5820
20.0 2.49 7890
30.0 3.73 1.18 × 104
40.0 4.98 1.58 × 104
40.2 5.00 1.59 × 104
Steel I Beam: S5 × 14.75 (S Section 5 inch tall × 14.75 lbf/ft)
L = 50.0 ft
P (lbf/ft) w_max (in) stress_max (psi)
14.8 4.48 9100
16.5 5.00 1.02 × 104
Additional Information
Related Pages
Glossary
FREE Publications
Mechanical Engineers Outlook

Guide for those interested in becoming a mechanical engineer. Includes qualifications, pay, and job duties.

Injection Molding Design Guide

Guide for high quality and cost-effective plastic injection molding.

3D Scanners

A white paper to assist in the evaluation of 3D scanning hardware solutions.

CNC Machining Design Guide

Optimize your designs, reduce machining time, and lower your costs.

more publications