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

What do you understand by binders, Q. What do you understand by Binders? ...

Q. What do you understand by Binders? Binders used in a foundry are : Inorganic and organic binders. Organic binders used for core making and will be discussed later. Clay b

Battery inspection steps, Battery Inspection :  A fully charged and proper...

Battery Inspection :  A fully charged and properly maintained battery is essential for proper lighting and starting of the motorcycle. STEPS Remove the right side cov

Explain ash handling system, Illustrate the following : a. Ash handling ...

Illustrate the following : a. Ash handling system b. Dust collection What are the impurities in the water and how they are replaced for use as feed water in modern thermal

Illustrate zeroth law of thermodynamics, Answers all questions i. Illust...

Answers all questions i. Illustrate Zeroth law of thermodynamics. ii. A gas contained in a cylinder is compressed, the work neede for compression being 5000 KJ. During the pr

Subcontractor submittals, The Supplier/Subcontractor shall submit, for acce...

The Supplier/Subcontractor shall submit, for acceptance, their Material Traceability and PMI program and procedures, which shall comply with this specification, prior to the sourci

Design square footing with plan area and soil reaction, A square column 410...

A square column 410 x 410 mm (along with 4 No. 16 mm bars) carries a dead load of 1020 kN and an imposed load of 410 kN. The foundation soil has a safe bearing capacity of 200 kPa.

Define the isolated and combined footings, Isolated and Combined Footings ...

Isolated and Combined Footings Individual columns are generally supported on isolated footings. A typical isolated footing is shown in Figure. This arrangement is suitable when

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