Question
In: Mechanical Engineering
explain the design , construction and working of a parallel and counter flow shell and tube...
explain the design , construction and working of a parallel and counter flow shell and tube types of heat echangers? also draw figures
Solutions
samet mamat answered 3 years agoRelated Solutions
Design two shell programs working on Linux (Ubuntu) Design a shell script program, 1) reading given...
Design two shell programs working on Linux (Ubuntu)
Design a shell script program, 1) reading given only two
integer numbers from command line arguments and computing their
multiplication. If two integer numbers are not given, print “Wrong
Input” on your screen. Note that, the number of arguments is known
when the script runs.
Take a screenshot showing your shell program and its execution
step.
Design a shell program to remove all the shell programming
files ending with sh on your...
Design of Shell and Tube Heat Exchanger Crude oil at 198°C is to be cooled to...
Design of Shell and Tube Heat Exchanger
Crude oil at 198°C is to be cooled to 39°C. The oil flow-rate is
6.127 kg/s. Cooling water
is available at 29°C and at the rate of 27.127 kg/s. The pressure
drop allowance for each stream
is 100 kN/m2
. Design a suitable shell and tube heat exchanger for this
duty.
The following are the properties of the two streams at the average
temperature:
water
crude oil
density kg/m3
990
850
viscosity mNm-2...
liquid oil is used in the tube side of a shell-and-tube heat exchanger with two shell...
liquid oil is used in the tube side of a shell-and-tube heat
exchanger with two shell passes and four tube passes. water is
heated in the shell side from 10°C to 50°C while the oil is cooled
from 90°C to 60°C. the overall heat transfer coefficient is 53
W/m^2*K. the specific heat of the oil is 2.0 kJ/kg*K. Using the NTU
- effectiveness method, calculate the area of the heat exchanger
for a total energy transfer of 500 kW. what...
A shell and tube type of heat exchanger with one shell pass and two tube passes...
A shell and tube type of heat exchanger with one shell pass and
two tube passes will be designed to provide the given heat transfer
rate Q(kW) to cool hot water by using cold river water . The hot
water flows through the shell and the cold water flows through the
tubes. The inlet and outlet temperatures of the hot water and the
cold water are given as Thi, The and Tci, Tce in degrees Celcius.
Design the shell and...
A shell and tube type of heat exchanger with one shell pass and two tube passes...
A shell and tube type of heat exchanger with one shell pass and
two tube passes will be designed to provide the given heat transfer
rate Q(kW) to cool hot water by using cold river water . The hot
water flows through the shell and the cold water flows through the
tubes. The inlet and outlet temperatures of the hot water and the
cold water are given as Thi, The and Tci, Tce in degrees Celcius.
Design the shell and...
A shell-and-tube heat exchanger with two tube passes and baffled single shell pass is used as...
A shell-and-tube heat exchanger with two tube passes and baffled
single shell pass is used as oil cooler. Cooling water at 20°C
flows through the tubes at a flow rate of 4.082 kg/s.
Engine oil enters the shell side at a flow rate of 10
kg/s. The inlet and outlet temperatures of oil are 90°C
and 60°C, respectively. The overall heat transfer coefficient based
on the outside tube area (Uo) is 262
W/m2⋅K. The specific heats of water and oil...
HEAT TRANSFER QUESTION A shell-and-tube heat exchanger with one shell pass and four tube passes, that...
HEAT TRANSFER QUESTION
A shell-and-tube heat exchanger with one shell pass and four
tube passes, that contains 190 pipes (thin walled, 4m long, 2.6 cm
diameter), will be used to heat the air. Water enters the pipes at
350 K with 8kg/s mass flow rate while the air enters the shell at
15 C with 18kg/s mass flow rate. In time there will be a fouling
factor of 0.0026m2K/W on the inside of pipes. Inside
heat transfer coefficient is 450...
1) Present ten standards compliance certificate for the design of shell and tube heat excanger 2)...
1) Present ten standards compliance certificate for the design
of shell and tube heat excanger
2) Present the safety features and considerations that can be
adopted for the shell and tube heat heat exchanger
1) Present ten standards compliance certificate for the design
of double pipe heat excanger
2) Present the safety features and considerations that can be
adopted for the double pipe heat heat exchanger
1. Shell momentum balance for flow between parallel plates. A fluid of constant density is flowing...
1. Shell momentum balance for flow between parallel plates. A
fluid of constant density is flowing in laminar at steady state in
the horizontal x direction between two flat and parallel plates.
The distance between the two plates in the vertical y direction is
2yo. a) Derive the equations for momentum flux, velocity profile,
average velocity, volumetric flow rate and the force exerted by the
fluid on the plate. b) Show the shear stress and velocity profiles
on the figure.
Explain the construction and working of FET and MOSFET?
Explain the construction and working of FET and MOSFET?
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