Kip ft to lb ft
1
Span Lb (ft.) Cb Mu (kip-ft.) Mu/Cb (kip-ft.) AB 12 1.67 550.6 329.7 BC 8 1.0 (assume) 550.6 550.6 CD 10 1.67 524.0 313.8 It is important to note that it is possible to have different Lb and Cb values for different laterally unsupported spans of the same beam. Step III. Design the beam and check all laterally unsupported spans
[DOC File]Helical Tieback Specifications
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Solid Square Shaft Material (Torque ≤ 5,500 ft-lb): Per ASTM A572, or A1018, or A656 with minimum yield strength of 50 ksi. Plate thickness is 3/8”. Solid Square Shaft Material (Torque ≥ 5,500 ft-lb): Hot rolled steel sheet, strip or plate per ASTM A656 or A936 with minimum yield strength of 80 ksi. Plate thickness is 3/8” or 1/2”. Bolts:
[DOCX File]Executive Summary - Rochester Institute of Technology
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Second improved design for Lateral/Axial linkage. All load is applied in torsion (50 kip-ft or 600,000 in-lb). Lateral and axial forces are assumed to be negligible. All rod-end bearings are taken directly from manufacturer’s website and scaled appropriately.
[DOCX File]Bentley
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Current Date: 12/28/2015 8:55 AM Units system: English. Steel connections. Results. Connection name: Fixed uniaxial major axis BP. Connection ID: 1. Family: Column - Base (CB)
[DOC File]Set #1 - CCSF
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answer: a) R = 1800 lb xbar =10.80 ft. b) A =1800 lb upward MA = 19.44 kip-ft ccw. 2. Determine the reactions at the beam supports for the given loading. answer: A= 270 N upward. B =720 N downward . 3. Determine the reactions at the beam supports for the given loading. answer: A= 1600 lb upward. B =800 lb …
[DOC File]RENSSELAER POLYTECHNIC INSTITUTE
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= 11,472 ft ( lb 11.47 ft ( kip Ans. (b) = -86,827 ft ( lb -86.8 ft ( kip Ans. Problem 4 (25 Points) Three couples are applied to a bent bar as shown in the figure. Determine: a. The magnitude of the resultant couple C and the direction angles ( x, y, z) associated with the resultant couple vector. b. The scalar component of the
[DOC File]EGR 280 – Mechanics Problem Set 1 - Oakland University
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Cx = 75 lb. Cy = 100 lb 5.3 . The front of the car is to be lifted using a rigid 10-ft long board. The car weighs 3,500 lb with center of gravity at G. Determine the position x of the fulcrum so that an applied force of 100 lb at E will lift the front of the car. Ans: x = 9.43 ft. 5.4 . The engine hoist is used to support the 200-kg engine.
[DOC File]STEM curriculum for K-12 - TeachEngineering
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A steel rod that is 5.5 ft long stretched 0.04 in when a 2-kip (2,000 lb) tensile load is applied to it. Knowing that E = 29,000,000 psi, determine (a) the smallest diameter rod that should be used, (b) the corresponding stress caused by the load.
[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
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