Pipe and radiation exchange between the pipe and stove

Assignment Help Mechanical Engineering
Reference no: EM13946201

Certain wood stove designs rely exclusively on heat transfer by radiation and natural convection to the surroundings. Consider a stove that forms a cubical enclo- sure, Ls = 1 m on a side, in a large room. The exterior walls of the stove have an emissivity of s = 0.8 and are at an operating temperature of Ts,s = 500 K.

Has a diameter of Dp = 0.25 m and a height of Lp = 2 m, extending from stove to ceiling. The stove is in a large room whose air and walls are at Too = Tsur = 300 K. Neglecting heat transfer from the small horizontal sec- tion of the pipe and radiation exchange between the pipe and stove, estimate the rate at which heat is transferred from the stove and pipe to the surroundings.

Reference no: EM13946201

Questions Cloud

Estimate the surface temperature of the cable : Determine the water outlet temperature, the total heat transfer rate, and the time required to completely liquefy the paraffin, temperature is 27°C, estimate the surface temperature of the cable.
Calculate the heat loss per unit length from the pipe : A horizontal uninsulated steam pipe passes through a large room whose walls and ambient air are at 300 K. The pipe of 150-mm diameter has an emissivity of 0.85 and an outer surface temperature of 400 K. Calculate the heat loss per unit length from..
Explain what fields might be used as keys and indexes. : Describe any limitations or constraints related to the data and how it is structured.
What is important benefit of eif industry life cycle : What is the most important benefit of the E-I-F, Industry Life-Cycle, Customer Life-Cycle, and Porter 5-Factor Models? Eastern Optical is new firm in the newly emerging tunable laser industry. Early response to the industry has been encouraging and ..
Pipe and radiation exchange between the pipe and stove : Has a diameter of Dp = 0.25 m and a height of Lp = 2 m, extending from stove to ceiling. The stove is in a large room whose air and walls are at Too = Tsur = 300 K. Neglecting heat transfer from the small horizontal sec- tion of the pipe and radia..
What are some measures used for operating systems security : What are the different operating systems, and can the security measures be used for each system?
Work collaboratively with his or her group : each student will read one of these chapters( CHAPTER-7) and work collaboratively with his or her group to write a 1- to 2-page paper that explains the content of the assigned chapter and its connection to the decision problems from Week 1. In you..
Thermal management systems : Many laptop computers are equipped with thermal management systems that involve liquid cooling of the cenfurnace gases is maintained at 1700 K during operation, while the outer surface of the steel is exposed to the air and walls of a large room a..
What are the consequences of leaving a large estate : Ann, age 61, and Bob, age 62, have a large number of investments in common stock of publicly traded corporations, some municipal bonds, and a money market cash account worth several million dollars. What are the consequences of leaving a large esta..

Reviews

Write a Review

Mechanical Engineering Questions & Answers

  Growth of internal voids in a material

It has been argued that the growth of internal voids in a material while it is being deformed is given by dr= f (σ H)dε, where r is the radius of the void and f (σ H) is a function of the hydrostatic stress. Explain, using this hypothesis,

  A preheater involves the use of condensing steam at 100 on

a preheater involves the use of condensing steam at 100? on the inside of a bank of tubes to heat air that enters at 1

  Determine the shortest distance between the two trains

When train A is 6 km south of the crossing bridge, train B is 8 km east. Determine the shortest distance between the two trains and the time from these initial positions that they take to reach it.

  Calculate the brake kw of the fan and its efficiency is 65

a centrifugal fan is to be used to take a flue gas at rest zero velocity and at a temperature of 352.6k and a pressure

  The initial temperature of the calorimeter is 201 degrees

in the following experiment a constant-pressure calorimeter containing 100 ml of h20 is used.the initial temperature of

  Determine the diameter of the junction

The properties of the thermocouple jinction are k=35 w/m.k, p=8500 kg/m^3, and cp = 320 J/kg.k. If the heat transfer coefficient between the thermocouple junction and the gas is 250 w/m^2.K, determine the diameter of the junction.

  When the heat pump is running at full capacity it draws 35

a heat pump uses a 100000 gallon swimming pool as a heat source in the winter. when the heat pump is running at full

  Steam at 140 lbfin2 1000degf enters an insulated turbine

steam at 140 lbfin2 1000degf enters an insulated turbine operating at steady state with a mass flow rate of 3.24 lbs

  Equilibrium temperature of the metal bar and the water

A 1.2-lb metal bar initially at 2100oR is removed from an oven and quenched by immersing it in a closed tank containing 28 lb of water initially at 620oR. Each substance can be modeled as incompressible.

  If the roller radius is 0375 in and the prime-circle radius

the reciprocating radial roller follower of a plate cam profile with 0.7 in offset is to rise 2 in with simple harmonic

  For the same surfaces temperatures and dimensions as in

a spherical pyrex glass shell had inside and outside diameters of d10.1m and d2 .2m respectively. the inner surface is

  Plot lift and drag coefficient using matlab as a function

plot lift and drag coefficient using matlab as a function of angle of attack for a naca 2412 airfoil by using the

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