Strickier's Equation - Edubirdie

University:
Santa Fe College
Course:
PHY 2004 | Applied Physics 1
Academic year:

2024
Views:

452

Pages:

5
Author:

Jabin F.

Stickler's Equation n = (K^(1/6))/24 n = (D50^(1/6))/24 K -> Roughness height D50 -> effective 50% of the particles are finer in size k and D50 are in meters Assign Q.2 mL = 1 mR = 1.5 n = 0.016 So = 2.6 / 10000 Q = ? m^3/s y = yn = ? and To = ? Q = (A/n) * R^(2/3) * Sn^(1/2) A = (1/2) * (3.5 * y + 1.5y) * y A = (1/2) * (B + B + y + 1.5y) * y A = ((2B + 2.5y) / 2) * y = ((7/4) + (5/4)) * y Q = (((7/2) + (5/4)y)y / 0.016) * (((7/2) + (5/4)y)y / (3.5 + 3.216y))^(2/3) * (2.6 / 10000)^(1/2) Solving by hit and trial y = 1.505 m To = γRS = ρgRS = 1000 * 9.81 * (((7/2) + (5/4) * 1.505) * 1.505 / (3.5 + 2 * 1.505)) * (2.6 / 10000)^(1/2) To = 2.476 N/m^2

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