WebJan 28, 2024 · Number of notional lanes = 2 Notional lane width = 7.3/2 = 3.65m Cl. 6.2.1. Loaded length = 34m W = 336 (1/L) 0.67 kN/m (per notional lane) W = 31.6 kN/m (per notional lane) Cl. 6.2.2. Knife Edge Load = 120 kN (per notional lane) Cl. 6.4.1.1. α 2 = 0.0137 [b L (40-L)+3.65 (L-20)] α 2 = 0.0137 [3.65 (40-34.0)+3.65 (34.0-20)] = 1.0
How to Apply Load Model 1 (LM 1) on Highway Bridges
Weblane lines longer than 75' shall only be layed out in multiples of 50'. be at least 4 times and no greater than 10 times the height of the largest character. 2. longitudinal spacing between … http://www.midasbridge.com/en/solutions/moving-load-analysis biohack your pets
Critical Live Load Pattern for Skewed Bridges - midas Bridge
WebCarriageway width w Number of Width of a Width of the notional Lanes notional Lane remaining area w < 5.4m n1 = 1 3m w-3m 5.4m < w < 6m n1 = 2 w/2 0 6m < w n1 = Int (w/3) 3m w-3 x n1 Lanes must be positioned transversely to create the maximum effect. Any reaming width is known as the “remaining area” ... WebJan 1, 2024 · It is necessary to first define notional lanes. The normal basic lane width is 3 m, with the exception that roadway widths of 5.4–6 m are assumed to carry two lanes. … WebDivision of the carriageway into notional lanes 1 – Lane Nr. 1 (3m) 2 – Lane Nr. 2 (3m) 3 – Lane Nr. 3 (3m) 4 – Remaining area Carriageway width w Number of notional lanes Width of a notional lane w l Width of the remaining area < 5,4 w m =1 n l 3 m −3w m ≤ < 5,4 6 m w m =2 n l 2 w 0 6 ≤m w ⎟ ⎠ ⎞ ⎜ ⎝ ⎛ = 3 w l n Int 3 ... biohair care