A steam pipe has an insidle diameter of 200 in, and consists of 0.22 in of Copper pife Covered by (lio in) of glass fiber insalation and (0.008) in of alumimmfail. The steam temperature is Ti= 300°F, and outside air temperature is at To = 80 Fo Heat transfer coefficients are his 25, and ha= 12 Bty/rift. I! respectively. If the Pife is Boft long, Compute the heat loss in (Btu/hr). = T₁ = 286F) Ans (91470 Blu hr
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- Water going into a pipe with a tempeture of T1 and going out T2 . ambient tempeture is T0. flow rate q. Develop an expression for T2 ( based on heat transfer) Length of the pipe Lh0 - convective heat transfer coefficient of the airhW -convective heat transfer coefficient of the waterk- pipe thermal conductivity (W/m·K)d – pipe diameter Use any other varilable that you need and can be found online easily .Q) A refrigerant at |-40^ C flows into a copper pipe (400 W/mK) of 10 mm ID and 14 mm OD. A 40 mm thick shell of thermocole (0.03 W/mK) is put on the pipe to reduce losses. Estimate the heat leakage to the refrigerant per meter length of pipe, if the ambient temperature is 40°C. Assume the external and internal heat transfer coefficients are 5 W/m?K and OW / (m ^ 2) * K respectively. Calculate the amount of refrigerant evaporated per hour taking its latent heat at - 40 degrees *C as 1390 kJ/kg.Problem 3: RT Air is flowing over an aluminum pipe (20mm OD, 5mm ID) at 6-. The pipe has 10mm thick fiberglass insulation on it. The pipe is carrying a hot air supply Thair 80°C for use in a chemical m3 process at a rate of Qhair 0.04 What is the heat rate from the hot air to the ambient air?
- Write legibly, provide manual step by step solution, and diagram for below given problem. Saturated steam at 500oK flows in a 0.20 m inside diameter, 0.21 m outside diameter pipe. The pipe is covered with 0.08 m of insulation with a thermal conductivity of 0.10 W/m-K. The pipe’s conductivity is 52 W/m-K. The ambient temperature is 300oK. The unit convective coefficients are h1 = 18,000 W/m2-K and ho = 12 W/m2-K. Determine the heat loss from 4 m of pipe. a. 778.21 watts b. 825.80 watts c. 830. 80 watts d. 835.80 wattsWater going into a pipe with a tempeture of T1 and going out T2 . ambient tempeture is T0. Develop an expression for T2 ( based on heat transfer) Length of the pipe Lh0 - convective heat transfer coefficient of the airhW -convective heat transfer coefficient of the waterk- pipe thermal conductivity (W/m·K)d – pipe diameter Use any other varilable that you need and can be found online easily .i dont know how to equate the 3 equations to each other to solve for heat loss answer is given.
- 海 引 Gmail D YouTube O... Çevir Community Downl... A Haritalar E Okuma listesi iş İÇİN Giriş yap İNGİLİZCE Hot oil (cp = 2200 J/kg.K) water in a heat exchanger with 2 bodies and 12 pipes ( cp = 4180 J/kg.K) is cooled by. 1.8 cm diameter pipes are thin-walled and made of copper. The length of each pipe passage in the heat exchanger is 3 m and the total heat transfer coefficient is 340 W/m2.K is. Water flows through the pipes with a total mass flow of 0.1 kg/s, and oil flows through the body with a mass flow of 0.2 kg/s. Water and oil enter at a temperature of 18 oC and 160 oC, respectively. Find the unit transfer coefficient (NTU) in the heat exchanger.A 2 m wide, 3 m high, and 50 mm thick sheet of XPS insulation (M = 50 ng/Pa.s.m2), has a vapor pressure of 1500 Pa on one side, and 3500 Pa on the other. Calculate the vapor flow rate (Qv), vapor flux (qv), permeability, Rv value and the permeability (μ)A saturated steam at 410K is being transported in a pipeline (brass drawing tubing) at a rate of 1 grams/second. Pipe has inside diameter of 0.025 m . The tube is 100m long. The pressure at the entrance is 80kPa. What is the % of pressure drop? (use Perry's Handbook for the properties and constants) R = 8314J/kgmol.K; MW=18.02g/mol
- Engine oil at 0.3 kg/s flow rate (cp=2100 J/kg°C) 2 cmat a temperature of l30°C in a thin-walled copper pipe in diameterit will be heated from 20°C to 60°C by condensing steam outside.Total heat transfer coefficient 650 W / m2For ° C, heat transferpipe required to achieve the speed and speed of this heat transferfind the length.Sipho’s mother is making a fire in the stove inside a shack using coal. A fan is used to extract the flue gasfrom the fire via a chimney made of zinc material. The wall thickness of Chimney is L=4mm and the walltemperature of the chimney on the flue gas side is T_si=60˚C. Sipho, playing outside next to the chimneyexperiences an ambient temperature of 20˚C. The surrounding temperature is T_sur=35˚C and the emissivityis ε=0.95. Assume the convection coefficient is 20W/m2K and the chimney is grey material.Under these conditions determine the outer surface (air side) temperature T_so=? of the chimney.Q. IsTeam at 605 K Flow in Alpipe with thermal conductivity K=188 W/m.c whose in and out diamter D₁ = 2 inche and D₂= 58 mm respectively. The pipe is covered with Turo insulation material First was glass wool K=0,06 and second cyas insulation K=0,01 w/m.c. Firs.T 33mm and second 13 mm, Heat is Lost to the surrounding al Too Too2 = 288K by natural convection and radiation, with combined. heat Transfer coefficent of he-22,8 W/m²c. Taking heat Transfer coefficent inside pipe To be hi-48.9 W/m² c. Find Heat loss poo length and Temp. dropp. ?? *