Explain forging, Physics

Assignment Help:

Forging:  Forging is shaping of metal either by impact or steady compression among a hammer or ram and anvil. Related to hammering or pressing of metal, the main difference among the two is the speed of pressure application. Hammering process makes use of hammer that is energised by gravity, air or stream and the frequent blows of vertically guided ram on metal resting on the anvil, cause the metal to alter its shape.

 


Related Discussions:- Explain forging

Can i light a house with a fiber optic, Can I light a house with a fiber op...

Can I light a house with a fiber optic? A house can be light with anything, by candles and gas lamps to fiber optics. However, there is the question, of the efficiency of the s

Time dilation, a spacecraft is moving relative to the earth. an observer fi...

a spacecraft is moving relative to the earth. an observer finds that according to her clock 3601 seconds elapse between 1pm and 2pm on the spacecrafts clock. what is the spacecraft

Expermient of laboratory steelyard, Laboratory steelyard To make a stee...

Laboratory steelyard To make a steelyard weighing to 500 g use a wooden lath only one metre long balanced on a strong sewing needle stuck by it 3mm from its upper edge and 12 c

Minimum real charge on any particle which can exist, The minimum real charg...

The minimum real charge on any particle which can exist is: (1)1.6x 10 -19 coulomb (2) 1.6x 10 -10 coulomb (3)4.8 x 10 -10 coulomb (4)Zero Ans: (1)1.6x 10 -19 c

Newton rings, on newtons ring determine the refractive indexl of a liquid

on newtons ring determine the refractive indexl of a liquid

It is possible to have motion in the absence of a force, Q. It is possible ...

Q. It is possible to have motion in the absence of a force.  Yes it is True, in the absence of a force a body will continue moving in a straight line and at a constant velocity

Network theorems, which theorem is better among all network theorems

which theorem is better among all network theorems

Entropy and second law of thermodynamics, Show that the heat transferred du...

Show that the heat transferred during an in nitesimal quasi-static process of an ideal gas can be written as dQ = Cv nR V dP + Cp nR PdV: Apply this equation to an adiabatic proces

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