Water flows in a vertical channel. Use the given data to find the frictional pressure drop from the inlet to the exit of the channel. Compare the calculated values for ∆Pfriction by using the homogenous, the Reddy, the Friedel, and the Thom model.  Data: H = 6 ft Dh = 0.145 ft P = 1000 psia Xe = 8% Vi = 3 ft/s Ti = 522 F.

Q: Consider a glass tube of a 5 mm diameter is immersed vertically in water. Determine the capillary…

A: Given Diameter,d = 5 mm = 5*10^(-3) mm Surface tension of water = 0.0725 N/m Required  Height of…

Q: ven figure, calculate the frod, assume the mass of o friction between the cor

A: solution of above problem is below:

Q: The velocity distribution for flow over a plate is given by u = 2y - y? %3D in which u is the…

A: To find :- shear stress at boundary of plate @ y=0 and at y = 0.2 m from boundary. Given, u = 2y-y^2…

Q: QI: Under laminarcondition, the pressure drop per unit length of a small-bore tube is a function…

A:

Q: D

A:

Q: Problem 4. A hollow circular tube T of length L=15 in is compressed by a force P acting through a…

A: Given dataInner dia. of tube=di=2.75 inouter dia. of tube =d0= india of bar=d=1.5 inlength of…

Q: Consider the long gas container shown in the figure under an internal pressure pof 7 N/mm. The mean…

A: step 1-

Q: 01: Under laminar condition, the pressure drop per unit length of a small-bore tube is a function…

A: Data Given: Pressure drop = dpdxDischarge = QFluid Viscosity = μCoefficient of friction loss = fTube…

Q: The single-Story system given in Figure 1 is modeled as two 3.0m high fixed- supported columns and a…

A: Given, Column size=0.25m×0.4m h=3 m mass=m=20 KNs2/m=20000 kg Damping ratio=ζ=0.05 E=3×107…

Q: Calculate the laminar boundary layer thickness by using Prandtl -Blassin's relation at the middle of…

A: Given- Density of fluid ρ=1000 kg/m3 Velocity of flow v=20 m/s Length of plate=10 m, x=10 m/2=5 m,…

Q: 2) Consider a cylindrical vessel that is subjected to both an internal pressure p and an applied…

A:

Q: Determine the capillary rise (in mm.) of a liquid (SG = 3.47) placed on a capillary tube with…

A: Given data : Diameter (d)=1.77 mmSurface tension (σ)=0.675 N/mContact angle (θ)=8∘Specific gravity…

Q: For laminar flow in a pipe, the drop in pressure Ap is a function of the pipe length L, its diameter…

A:

Q: Q1 Segment 1 Qt Qt Q2 Segment 2 a. In the simple loop shown above, using the formula for friction…

A: Qt = 600gpm L1 = 400ft L2 = 200ft

Q: Please

A:

Q: 1 In the figure h1 = 300 mm, h2 = 200 mm, and h3 = 400 mm. If pB = 60 kPa (pressure at B) and the…

A:

Q: tiple Choice = √85(1-5), 0≤S ≤ 0.235 and 0.765 ≤S ≤1 = √√S(1+5), 0≤S ≤ 0.235 and 0.550 ≤S ≤ 0.650 =…

A:

Q: Example ( 8) Steel tube shaft having length 3mm and diameter 50mm subjected to axial compressive…

A: there are some errors in question 1.the length of rod cant be 3mm , it is 3m ie 3000mm 2. the…

Q: Choose the letter of the correct answer. Please answer honestly and do not just guess. In the Moody…

A: Qm(1) = in the moody diagram the reylonds no of axis is in linear scale    Q(2) = friction factor…

Q: solution

A:

Q: Find the total friction loss in 100 mm diameter G.I. pipe discharging 4 L/s in a total length of 300…

A:

Q: A line was recorded as 1750.00 meters long. The standard tape weighs 0.65 kg , 30.00m long at 20°C…

A: Given, Lm = 1750 m  M = 0.65 kg L = 30 m  Ts = 20oC Ps = 50 N Tm = 5oC P = 75 N  E = 200 GPa or…

Q: For laminar flow in a pipe, the drop in pressure Ap is a function of the pipe length L, its diameter…

A: Lets design the laminar flow in pipe , with drop in pressure per unit length. So, Drop in pressure…

Q: ompressible fluid was found to Cain value. Show that under the ction of the venturimeter can b

A: solution of above problem is below:

Q: For the shaded area shown, Use R = 6 cm, and r = 4.5 cm. a. determine the moment of inertia with…

A:

Q: Problem 5. A thin cylindrical vessel contains a fluid at an internal pressure of 2 N/mm?. If the…

A:

Q: To measure a base line, a steel tape 30 m long, standardised at 15º C with a pull of 80 N was used.…

A:

Q: The velocity distribution for a flow over a plate is given by u = 3y^2 + 2y, where u is velocity in…

A: Velocity distribution U = 3y2 + 2ydynamic viscosity = 9 poise To Find :The shear stress at a…

Q: For laminar flow in a pipe, the drop in pressure Ap is a function of the pipe length L, its diameter…

A: Given data,In a pipe having laminar flowPressure drop ∆P is a function of pipe length L,Diameter D,…

Q: (c) A galvanized iron with 350 m long pipe and 1.5 m diameter was used for water distribution system…

A:

Q: A vertical one-link manipulator is illustrated in Figure Q1b. Assume that there is viscous friction…

A: Net torque acts on this manipulator

Q: For the bar shown, calculate: 50 kN Ø40 mm a) The axial stress and strain due to uniaxial loading b)…

A: Given data : Tensile load (P)=50 KNDiameter (ϕ)=40 mmLength (L)=2 mPoisson ratio ν=0.3Modulus of…

Q: B.) A line MQ was measured to be (2582.45 m) using a (30-m) steel tape supported throughout its…

A: The length of the tape changes with respect to the increase or decrease in temperature with respect…

Highway Drainage

Highway drainage is the process of extracting and regulating the excess surface water on the pavement by giving the desired slope. The construction of a highway drain helps to divert the water present on the surface, and sub-grade by the means of slope. Highway drainage systems are a necessary part of smooth functioning of traffic, since the highway drainage systems provide proper disposal of unwanted substances from the highways.