Specify a suitable temperature and wall thickness to give

Assignment Help Mechanical Engineering

Reference no: EM13627183

One design calls for a diffusion flux of 5 108 mol/m2.s, a tube radius of 0.125 m, and inside and outside pressures of 2.026 MPa (20 atm) and 0.0203 MPa (0.2 atm), respectively; the maximum allowable temperature is 450ºC. Specify a suitable temperature and wall thickness to give this diffusion flux and yet ensure that the tube walls will not experience any permanent deformation.

Reference no: EM13627183

Questions Cloud

If the particles velocity is perpendicular to the magnetic : a particle with a mass of 6.64 10-27 kg and a charge of 3.210-19 c is accelerated from rest through a potential

Assume that the inside of the tube is a force-free region : a particle of mass m is confined to a tube of length l.a use the uncertainty principle to estimate the smallest

All four sides of the plate are maintained at 20 degree c : a 50-cm by 50-cm plate of pure nickel generates 3.9 mwnr of energy uniformly within the plate. all four sides of the

A compact disc undergoes 30 revolutions as it accelerates : a compact disc undergoes 30 revolutions as it accelerates uniformly from rest to 5 revolutions per second.what is the

Specify a suitable temperature and wall thickness to give : one design calls for a diffusion flux of 5 108 molm2.s a tube radius of 0.125 m and inside and outside pressures of

A random sample of size n100 is obtained from a population : a random sample of size n100 is obtained from a population with a proportion p0.52a. what is the sampling distribution

The magnification of the final image produced by this lens : two identical diverging lenses are separated by 6.0 cm. each lens has a focal length of -12 cm. an object is placed 10

Customers come to a store as a poisson process with rate 12 : customers come to a store as a poisson process with rate 12 per hour.a compute the probability of three customers

Determine the natural frequency of this torsional system if : a pulley of moment of inertia i is fixed on a shaft of polar second moment of area j and shear modulus g. the shaft is

User Account

All Pages