Design 2-shell pass and 8-tube pass heat exchanger for

Assignment Help Mechanical Engineering
Reference no: EM13617842

Design 2-shell pass and 8-tube pass heat exchanger for heating ethyl alcohol from 25°C to 70°C at a rate of 2.9 kg/s. Water is available at 95°C can cool down to 45°C.

The ½ inch ANSI schedule 40 standard steel copper tubes are to be used for the construction of heat exchanger. Need to determine number of tube passes based on heat transfer area. Based on heat transfer area get suitable length and diameter of the heat exchanger (length/Diameter > 2).

Reference no: EM13617842

Questions Cloud

Two points along a straight stick of length 39 cm are : two points along a straight stick of length 39 cm are randomly selected. the stick is then broken at those two points.
For this maximum flowrate determine the values of static : standard atmospheric air at stagnation conditions t0 59 degree f p0 14.7 psia is drawn steadily through a
A sample of women were divided into four age groups group : a sample of women were divided into four age groups group a 20-45.9 group b 46.0-55.9 group c 56.0-65.9 and group d 66
Assessment matters assessment matters as a teacher you : assessment matters ltbrgt ltbrgtas a teacher you need to have solid knowledge of formative and summative assessment
Design 2-shell pass and 8-tube pass heat exchanger for : design 2-shell pass and 8-tube pass heat exchanger for heating ethyl alcohol from 25degc to 70degc at a rate of 2.9
A batch of 100 motors has been manufactured and andy and : 1. a batch of 100 motors has been manufactured and andy and bob are applying a standard stress test to them. andy is
At one instant the center of mass of a system of two : at one instant the center of mass of a system of two particles is located on the -axis at 2.0m and has a velocity of
The gas undergoes complete combustion with 120 of the : a power generator burns natural gas consisting of 30 ethane 60 methane and the balance nitrogen. the gas undergoes
Two sinusoidal waves with the same amplitude a and : two sinusoidal waves with the same amplitude a and frequency f travel in opposite directions along a long string. you

Reviews

Write a Review

Mechanical Engineering Questions & Answers

  What happens if a positive edge dislocation meets a

what happens if a positive edge dislocation meets a negative edge dislocation on the same slip plane with a parallel

  Determine the maximum centric force which can be applied is

a 1.5 m concrete post is reinforced with six steel bars each with a 28mm diameter. knowing that es 200 gpa and ec 25

  A spring-mass system has a frequency of 2 hz when the mass

a spring-mass system has a frequency of 2 hz. when the mass is decreased by 0.4 kg the frequency is changed by 25.

  For a product at an aql of 25 and lot size of 5000 using

for a product at an aql of 2.5 and lot size of 5000 using mil standard 105e what is the probability of going to

  Calculate the spindle rpm for this operaion calculate the

for a turning operations you have selected an hss tool and turning a hot rolled free machining steel bhn 300. your

  Explain workout velocity and range of shell fired

Workout velocity and range of shell fired, Why is it possible to consider the vertical and horizontal motion of a projectile independently of each other.

  Determine the breaking force ff at each front wheel and the

during a break test the front wheel drive car is stopped from an initial speed of 60 mihr in 175 ft. if it known that

  Disregarding any heat transfer by radiation determine the

a 2.1-m long 0.2-cm diameter electrical wire extends across a room that is maintained at 200c. heat is generated in the

  A paperclip is made of wire 125mm in diameter if the

a paperclip is made of wire 1.25mm in diameter. if the original material from which the wire is made nbspwas 15mm in

  Compute the theoretical density of caf2

Compute the theoretical density of CaF2, which has the fluorite structure. Ionic radii of Ca2+ and F- are 0.100 nm and 0.133 nm respectively.

  How much work was done on the roof by the forces

In 1975 the roof of Montreal's Velodrome, with a weight of 360 kN, was lifted by 10 cm so that it could be centered. How much work was done on the roof by the forces making the lift?

  Assume constant specific heats where cwater 4179 kjkg-k

initially an insulated rigid tank contains 15.65 kg of water at 24.16oc and 101 kpa. the tank also contains a 3.12 kg

Free Assignment Quote

Assured A++ Grade

Get guaranteed satisfaction & time on delivery in every assignment order you paid with us! We ensure premium quality solution document along with free turntin report!

All rights reserved! Copyrights ©2019-2020 ExpertsMind IT Educational Pvt Ltd