Calculation of material removal rate, Mechanical Engineering

Assignment Help:

Calculation of Material Removal Rate

MRR = (Wi - Wf) × 1000/ 7.8 × T .......................................... (1)

Wi = Initial weight of work piece

Wf = Final weight of work piece

T = Period of trials

Density of material (M.S.) = 7.8

In our experiment we have taken 3 process parameters, (1) Pulse on time (2) Current (3) gap voltage. By varying one parameter with respect to other two we find weight loss (gm) for our material. By adding this weight loss in the equation (1) MRR can be calculated.

 


Related Discussions:- Calculation of material removal rate

Waste water treatment, Q. Waste Water Treatment? Typically, there are a...

Q. Waste Water Treatment? Typically, there are a number of waste water streams which need to be treated before disposal to land or water. Depending on the nature of contaminati

Computer integrated manufacturing, methods involved in grouping the parts i...

methods involved in grouping the parts into families?

Belt and types of belt for transmission of power, Q.    What is belt? How m...

Q.    What is belt? How many types of belt are used for the transmission of power? Sol:   The power or rotary motion from one shaft to the other at a considerable distance is

Von-mises stress and strain distributions, Consider a pressure vessel as sh...

Consider a pressure vessel as shown in the figure. The cylinder has a longitudinal axis of rotational symmetry and is also symmetric with respect to a plane passing through it

Neutral layer and neutral axis, Neutra l Layer and Neutral Axis In the...

Neutra l Layer and Neutral Axis In the beam or cantilever, there is one layer which retains the original length of it even after bending. So in this layer tensile stress and c

How is varignons theorem useful in engineerin mechanics, how is varignons t...

how is varignons theorem useful in engineering mechanics

Define inversion of a mechanism, Define Inversion of a mechanism ? Illustra...

Define Inversion of a mechanism ? Illustrate in detail about any three of the Inversions of the single slider crank chain Mechanism. (a) What do you understand by Degree of Free

Beam finite element method, Beam Finite Element Method: Design the fin...

Beam Finite Element Method: Design the finite element model of the beam subjected to combined loading by using the minimum number of Euler-Bernoulli beam elements as shown in

Write Your Message!

Captcha
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