Lbs ft to kips ft
[DOC File]1
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Mp-x = Zx Fy = 189.26 x 50 = 9462.93 kip-in. = 788.58 kip-ft. Design strength according to AISC Chapter F= bMp= 0.9 x 788.58 = 709.72 kip-ft. Reading Assignment – AISC Specification Chapter F. 5.2 Local buckling of beam section – Compact and Non-compact
[DOC File]DT2113 Rotational Capacity Test / Record
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Measured tension at or above minimum in Table 2 Kips Kips Measure torque after step 1 Ft/Lbs Ft/Lbs Torque was less than maximum allowable from Table 4 Pass Fail Pass Fail Measured tension* (after total rotation in Table 1) Kips Kips Measured tension is above minimum allowable Table 3 Pass Fail Pass Fail Verify thread condition Pass Fail Pass ...
[DOC File]DT2114 PRE-INSTALLATION VERIFICATION TEST OF HIGH …
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Install one assembly in a calibrated load cell and snug the bolt to ≈150 Ft/Lbs (for turn of the nut method) or 50% of required torque in Table 3, whichever is less(1,2). Match mark the nut, and the load cell plate. Turn the nut the required turn on Table 2. Record the tension for sample 1 …
[DOCX File]Rotational Capacity Test Worksheet
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Rotational Capacity Test Worksheet. The test procedure, as detailed in Section 500 of the Construction Manual, should be. County followed when filling out this form.
[DOC File]PILE DRIVING ANALYSIS
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To compute the element weights, since the pile is known to weigh 36 lbs per foot, WAM(I) = (0.036 kips/ft)(10 ft/segment). Thus, WAM(3) through WAM(12) = 0.36 kips. To compute the spring rates of the pile segments, which are 10 foot segments:
[DOC File]Materials List - DukeWiki
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(2.62984 k/ft)(1 ft) = 2.62984 kips over 1 unit length section factored bearing pressure = 2.62984 kips/2 ft = 1.31492 k/ft Vu = (1.31492 k/ft)(3.5/12) = 0.383518 kips
[DOC File]FORMULAS TO REMEMBER
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kips & pounds} F = w h. 2 [Force exerted on the = (fluid pressure provided) X (height) 2] 2 Retaining Wall 2. Remember: pcf = psf [pounds per cubic feet = pounds per square foot] ft one foot width of wall. SHEAR DIAGRAM SHEAR FORCE {units = kips & pounds} R = V = w l [Shear Resisting Force= (uniform load per ft) X (distance)]
1
Design the beam shown below. The unfactored uniformly distributed live load is equal to 3 kips/ft. There is no dead load. Lateral support is provided at the end reactions. Step I. Calculate the factored loads assuming a reasonable self-weight. Assume self-weight = wsw = 100 lbs/ft. Dead load = wD = 0 + 0.1 = 0.1 kips/ft. Live load = wL = 3.0 ...
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