Very informative and detailed explanation. Thanks for sharing
@yourcat29712 күн бұрын
best ever video made on "best books for" series. thanks alot
@MetallurgicalEngineering2 күн бұрын
Thanks
@yourcat2971Күн бұрын
@@MetallurgicalEngineering ❤
@warrior33574 күн бұрын
Scratches hain....need better surface
@bmshorts13047 күн бұрын
Which book or pdf will u recommend for this..
@Moacirlilobueno9 күн бұрын
Amo esse segmento da metalurgia...❤
@PedramMalaekeh10 күн бұрын
Poor baseline my friend, check the power current
@gregwright628111 күн бұрын
Musta been cold outside in the last clip 😂 great work
@namithsankar270921 күн бұрын
thank u sir
@hypergamers804821 күн бұрын
Is se accha to mai kar polish kar lunga
@adiantohibatullah21 күн бұрын
Thanks
@makfufal577323 күн бұрын
Matallurgy diploma chalega ???
@mumangopbanda745523 күн бұрын
Congo and Zambia are supposed to be in the top 5
@subodhmahato731429 күн бұрын
Thank you sir
@shamm2983Ай бұрын
👍
@sroshazwar5616Ай бұрын
Thanks
@ArpanArora-r3vАй бұрын
Very informative 👏
@silmaramorais4738Ай бұрын
👏🏻👏🏻👏🏻
@lighta3450Ай бұрын
Thank you ❤
@SachinDevBurman-pl1iiАй бұрын
ALL IMP QUESTIONS
@antekbielawski250Ай бұрын
Great video!
@drshanli4181Ай бұрын
❤❤❤❤
@chri5tian336Ай бұрын
Hail Omnissiah!
@GlennSteffyАй бұрын
purified with oxygen...❤
@durgasharma9429Ай бұрын
Formation of martensite is diffusionless process because austenite transfer into martensite with speed of sound due to no time available for diffusin of carbon.
@MajdIbrahim99Ай бұрын
Lovely! ❤
@mahendrabaghel2416Ай бұрын
Hllo sir why charging or production rate is slow when blast furnace is pressurise or higher temperature
@mediscine2832Ай бұрын
❤
@வீரதமிழன்-ய4யАй бұрын
Good ⚡
@jorg1357Ай бұрын
Thanks!! Very usefull
@MetallurgicalEngineeringАй бұрын
You're welcome!
@viswasri29Ай бұрын
Good video sir , for learning and keep doing it sir.. I like to know about fine grain and coarse grain in metals, and how grain size play role in CS,SS ?
@rubikhan8531Ай бұрын
But there couserses are not free
@Silavite2 ай бұрын
Perhaps this response is overly basic, but before getting into specific testing methods, the first thing to do is simply look at the material with one's eyes. What color is it? (Does it have the yellow of brass? Does is have the patina of a black oxide coating?) Are there any notable features? (Does it have large and obvious grains that may indicate hot-dip galvanization? Does it have consistent lines which may indicate formation by extrusion?) Does it reflect with a specular or diffuse character? (This indicates surface roughness.) Does the surface bear marks from milling or other machining? (Machining may induce internal stresses.) If practical, feel it and weigh it to get an idea of the density. There is a lot of knowledge that can be gained with a simple look.
@Amy-zh5jl2 ай бұрын
Then what is the different between x-ray,spectro,XPS ....if XPS exact composition then what is role of spectro???
@MetallurgicalEngineering2 ай бұрын
XPS is X-ray Photoelectron Spectroscopy (XPS). This is a surface-sensitive quantitative spectroscopic technique that measures the elemental composition, empirical formula, chemical state, and electronic state of the elements within a material.
@MetallurgicalEngineering2 ай бұрын
X-ray Diffraction (XRD) is a powerful technique used in materials science, physics, chemistry, and other related fields for the characterization of crystalline materials. Applications: 1. Phase Identification: By comparing the diffraction pattern of an unknown material to a database of known patterns, one can identify what compounds are present. 2. Crystal Structure Determination: XRD can provide information about the atomic arrangement within the crystal lattice. 3. Crystallite Size and Strain: The broadening of diffraction peaks can be analyzed to estimate crystallite size and lattice strain.
@jordandjoukeng85692 ай бұрын
Thankyou for the video it explain clearly Please I wish to enter in contact with a member for further exchange Thank you