Although it is a metal, it's also a liquid at room temperatures, so things might get a little awkward and messy, not to mention dangerous. There are probably a couple of other rarer ones too with similar attributes.
No. It is the easiest to weld as the metal puddles well, and the heat runs evenly through the joint.
Weld is a verb which means joining two pieces of metal together.
in reference to the acutal weld metal-it is the "bead", what you see on top.
deposition rate
It means, that the Weld Bead/ Weld Metal must be very well blended with the Parent Material/ Base Metal. There shall be a smooth transition between the Base Metal and the Weld ( Face or Root ) Reinforcement without any sharp or sudden changes ( e.g. Sharp Edges- commonly seen on the weld toes-, Peaks, Metal Inclusions- filler wire/metal/material inclusion-, dents, sudden variations or deviations in the weld dimensions...). ..You're gonna be able to see more of this requirements in the aerospace industry. The Chosen One
School
No. It is the easiest to weld as the metal puddles well, and the heat runs evenly through the joint.
Well what kind of metal are you dealing with? Unless you see rust or cracks in the metal it should be fine. Are you looking to weld this metal?
Weld is a verb which means joining two pieces of metal together.
a crown
deposition rate
in reference to the acutal weld metal-it is the "bead", what you see on top.
It is a weld made by melting the edges of the materials to be joined, but adding no filler metal to the weld.
It means, that the Weld Bead/ Weld Metal must be very well blended with the Parent Material/ Base Metal. There shall be a smooth transition between the Base Metal and the Weld ( Face or Root ) Reinforcement without any sharp or sudden changes ( e.g. Sharp Edges- commonly seen on the weld toes-, Peaks, Metal Inclusions- filler wire/metal/material inclusion-, dents, sudden variations or deviations in the weld dimensions...). ..You're gonna be able to see more of this requirements in the aerospace industry. The Chosen One
yes
At first, the area of cross section of the weld, length of the weld, volume of the weld in cubic inches, weight of weld in cubic inches. To express in formula: Weight of Weld Metal = _ Êx ÊBase Êx ÊHeight Êx ÊLength Êx ÊWeight of Material.
It is usually not the weld but the metal right beside the the weld. If a piece of metal needs to be welded, it may be getting thin in other places and when it is welded, the heat from the weld can weaken the metal and in some cases cause the metal to crystallize and be more brittle than it was.