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https://pipingtech.com/resources/faqs/how-do-you-calculate-how-much-load-a-particular-pipe-support-can-take/
How do you calculate how much load a particular pipe support can take? Each pipe support has its own load carrying capacities depending upon its function. One must check the load limits of that particular support to determine it's full load carrying capacity.
https://pipeeng.com/pipe_support.html
Pipe Support Spacing Calculation. This pipe support spacing calculation was developed based upon equations contained in section 6.2 of Pipe Stress Engineering published by Peng Engineering. The calculation is applicable only for uniform pipe without any attached concentrated weight, such as …
https://www.nrc.gov/docs/ML0731/ML073190432.pdf
DNE CALCULATIONS. TITLE- System: 7+. Calculations for Pipe Support: 4-7A437/ - 7 Bechtel Job 20652. KEY NOUNS (Consult RIMS DESCRIPTORS LIST) Pie nO trr ._ Uarcb r;,;1 r, 1 *n - -~.
http://www.wermac.org/pdf/steel3.pdf
distance between supports will minimize the number of supports required, which in turn reduce the total cost of erecting these pipe supports. ASME has suggested the standards for support span, but the bending stress considered in its calculation is very low (15.9 Mpa). There are other references also who have listed the maximum support span.
https://www.scribd.com/document/341043360/Calculation-of-Pipe-Support
Diameter of Pipe(D) = 150 mm D Density of Steel() = 8000 kg/m Pipe Wall thickness(t) = 6 mm Specific Gravity(g) = 9.81 m/s2 Load on Support(W) = .D.t.S..g W = 665.96 N4.5/5(12)
http://www.pipingoffice.com/pdf/Sup.pdf
Pipe or Tubing Support Span Calculations 2 of 2 Type of support span Length of support span 32.00 feet L = 32.00 feet Factor for modifying stress value obtained by the basic formula for S fs = 1.250 4922.3 psi S = 4,922.3 psi The calculated bending stress is within limits. Factor for modifying deflection value obtained by the basic formula for y fy = 1.316 Deflection, y = fy (17.1 ( W L 4
https://www.engineeringtoolbox.com/pipe-weight-calculation-d_745.html
w p = weight of empty pipe per unit length (kg/m, lb/in) ρ m = density of pipe material (kg/m 3 , lb/in 3 ) A m = cross-sectional wall area of pipe (m 2 , in 2 )
https://www.whatispiping.com/pipe-support-span
R=outer radius of Pipe. b=Bearing length of pipe (along the axis) on the support structure. IF ACTUAL LOAD AT SUPPORT IS GREATER THAN ALLOWABLE LOAD GIVEN BY ABOVE FORMULA, REINFORCEMENT PAD WILL BE REQUIRED. Normally project specific Support SPAN is provided in tabular format for straight pipes.Author: Anup Dey
http://www.pipingguide.net/2010/10/stress-analysis-of-piping.html
Move horizontally from the intersection to the left to find the value of factor B. Calculate the value of maximum allowable external pressure using following formula: Pa = 4B / 3(Do/t) 5. For tl e values of A fal1ing to the left of the line mentioned in 3 above, calculate Pausing following formula: Pa = 2AE / 3(Do/t)
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