Design an axial flow turbine stage to meet the following expectations. The inlet conditions are Tor=2000 R, Por=200 psia, and it is expected to produce 1500 hp. Note that the answer will not be unique.

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Q: Discuss the differences between Pelton, Francis, and Kaplan turbines.

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Q: Q1/ An inward flow turbine with radial discharge has an overall efficiency of 80% and develops 150…

A: E = 80%P = 150 kW H = 8mN = 150 rpm

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A: Given, n=2, for a four stroke engine.Compression ratio, r=9connecting length to crank…

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Q: For a single stage impulse turbine : Rotor diameter3 6 m Speed%3 2700 rpm Nozzle angle= 20°…

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Q: Steam is admitted to the twin cylinder of an engine in such a manner that the average pressure is…

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Q: 4. The main feedwater pump of a PWR delivers water to the steam generator at a rate of 15,000 GPM…

A: Given: The rate of water delivery, Q = 946.3 liter/s = 0.9463 m^3/s The steam generator pressure, P…

Q: In a multistage turbine, featuring the same polytropic efficiency for all the stages, the overall…

A:

Q: A turbine receives steam at a pressure of 9.95 MPa and temperature of 648 °C. The condenser pressure…

A: Given,  Turbine pressure  = 9.95 MPa Condenser pressure  = 0.225 MPa. Brake engine efficiency   =…

Q: The air entering the turbine with 1200 K and 1200 kPa expands to 100 kPa pressure in two stages.…

A: Given Data Turbine Inlet:1200 K Two stage expansion process P1=1200 kPa, P2=350 kPa, P4=100 kPa

Q: and runner tip diameter is 5 m. The overall efficiency is 87%.Determine the blade angles at the hub…

A: Output power = 40 MW Head = 35 mm Speed = 167 rpm Hub Diameter = 2.5 mm Runner tip Diameter = 3.75…

Q: es. The nozzle a f steam at the e

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Q: 1. Describe the working principle of Pelton turbine.

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Q: An axial flow turbine is operated at a pressureof 24m and develops 24,2MW when rotating at 146…

A: GivenP=24.2 MWN=146 rpmDb=2.1 mDo=4.72 mηh=94%ηo=88%

Q: A turbine receives steam at a pressure of 9.90 MPa and temperature of 648 °C. The condenser pressure…

A: Given,  Turbine pressure  = 9.95 MPa Condenser pressure  = 0.225 MPa. Brake engine efficiency   =…

Q: he date for a certain installation are as follows Net Head = 454 m, BP = 57,200 bkw, n = 750 rpm,…

A: Given:H=454 mP=57200 KWN=750 rpm

Q: Q1/ An inward flow turbine with radial discharge has an overall efficiency of 80% and develops 150…

A: AS THIS QUESTION HAS MANY PARTS SO I WILL SOLVE FIRST THREE FOR YOU IF ANY SPECIFIC  SOLUTION IS…

Q: ow that the index 'n' of polytropic expansion in a turbine of infinitesim stage efficiency np is…

A:

Q: Problem 5: Calculate the thrust of a gas turbine engine if the exhausting jet expands to ambie…

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Q: In a Parson reaction turbine, the angles of receiving tips are 35º and of discharging tips 20º. The…

A: Blade speed , u = 125 m/s take a scale 5 cm = 125 m/s 1 cm = 25 m/s from the velocity triangle:…

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A: given data; ⇒mach number (Ma)=0.8⇒mass flow (m)=70.30lbm/s=31.88kg/s⇒lets take at atmospheric…

Q: Consider a turbocharged SI engine, with an intercooler (i/c), as shown in the Figure for Q 2 below.…

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Q: P = 10 MPa T= 600°C 4=0.2 MPa 3. 2 21 C. For the actual turbine; mechanical efficiency,na= 84% and…

A: Please find part C solved in step 3:

Q: 100 R, Po1 =200 psia, an :11

A: As a piece of a task on microjet motor plan and production, this paper depicts exhaustively every…

Q: maximum blade efficiency (in percent) is

A: Given,  Velocity of steam,V=10 m/sBlade angle,θ=300Enthalpy drop in the stage= 100 kJNozzle…

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A: given; draw wind turbine power curve chracterstcis?power coefficient(Cp)=1627wind power(P)=100kwwind…

Q: For the figure shown below, what flow rate is required to produce 4,700 HP if the turbine is 72%…

A: Given:Turbine power = P = 4700 HPTubine efficiency = Diameter of pipe = D = 3 ftLength of pipe = L =…

Q: A single reciprocation compressor takes 1m³ of air per minute and 1.013 bar and 15 degree Celsius…

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Q: In a 4-cylinder 4-stroke KA engine with volumetric efficiency nv = 0.85, compression ratio 14:…

A: Given Data in this problem is :Volumetric efficiency ηv = 0.85Compression ratio(r) = 14 =…

Q: 3. An air compressor is to compress 8.6m2/min from 98.6kpa to 9860kpa. Assuming conditions ideal,…

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Q: 3. Describe the different parts of radial flow reaction turbine.

A: Describe different parts of reaction turbine

Q: of 0.005 2. pressure of 800 kPa with a velocity of 300 m/s. The nozzle can be assumed to be steady…

A: Answer: (a) The mass flow rate of steam through the system is 0.0516 kg/s. (b) The temperature of…

Q: Consider a turbocharged SI engine, with an intercooler (i/c), as shown in the Figure for Q 2 below.…

A:

Q: 4. For Francis turbine with the following specifications: Pdev 225 MW, H=250 m, nov= 90 % , If the…

A: Givenpower P=225MWhead H=250moverall efficiency ηo=90%velocity of water V=24m/svolumetric efficiency…

Q: Gas is compressed in a reciprocating compressor from 33 kPa to 89 kPa. The  FAD is 14 dm3/s. The…

A:

Q: The nozzle angle for an axial flow impulse turbine is 15°. The inlet absolute velocity is 800 ft./s…

A: Given that, Nozzle angle for an axial flow impulse turbine, α=15°Inlet absolute velocity, V1=800…

Q: A 30000-hp turbine is to be installed for a 50 ft head. A 60-cycle current and 96 poles generator is…

A: Calculated specific speed of turbine in rpm.and explaining,  what type of turbine to installed .

Applied Fluid Mechanics

A fluid is a substance that is continuously deformed by the application of shear stress. The rate of deformation of a fluid depends on its viscosity. The fluid tries to flow when it interacts with some other system.