It depends on the shape of the material removed.
When grinding, an abrasive material such as carborundum is used to remove material from the workpiece. When turning, material is removed from the workpiece with a cutting tool. The worpiece is usually clamped in the jaws of a chuck, and the chuck turns. the tool is clamped to a toolpost and moved along the workpiece and into the workpiece in order to cut material off in a measured amount.
Longitudinal feed refers to the movement of the cutting tool along the length of the workpiece during a machining operation. It determines the rate at which material is removed from the workpiece and influences the surface finish and efficiency of the machining process.
During shaping operation, the cutting tool exerts a force on the workpiece. This force can be resolved in two components(horizontal,vertical). Horizontal force is the cutting force. Vertical force causes the workpiece material to deform elastically. We know, an elastically deformed body regains its original shape after the force is removed. So, after the tool move past one elastically deformed section of the workpiece, the section is raised up as the force is removed from the section. This effect is called "Strain back effect".
In a machining process, a sharp tool cuts through some workpiece, generally by skimming along its surface. The "depth of cut" is the measurement of how far beneath the surface of the workpiece the tool is penetrating. The "chip thickness" is the thickness of the material being cut away. One might think that the thickness of the removed material would be equal to the depth of cut, and sometimes it is. In that case, the chip thickness ratio is 1.0. However, depending on many other factors (cutting tool geometry, material properties, etc.), sometimes the chip will be thicker or thinner than the depth of cut, due to deformation of the chip as it is removed. This change of thickness as the chip material is being removed is defined as the "chip thickness ratio."
material removal rate of a diesinking electro-discharge machine. A brief explanation of the material removal process is presented and the factors influencing the material removal rate are identified and used in the dimensional analysis to produce a mathematical model for the material removal rate. The validity of the analysis is verified since it predicts results which are in good agreement with experimental findings.
Fullering is a process in metal forming where material is removed from a workpiece using a forging tool called a fuller. The fuller has a curved or V-shaped edge that is used to create grooves or indentations in the material, typically to create decorative patterns or to reduce the cross-sectional area of the workpiece. Fullering can be done by hand or with a power hammer, and is commonly used in traditional blacksmithing and modern metalworking processes.
same that was removed
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The amount of material removed by a mudslide can vary greatly depending on factors such as the size of the landslide, the slope of the terrain, and the type of material involved. Mudslides have been known to remove anywhere from a few cubic meters to thousands of cubic meters of material.
Contact the tribe whose roster she was removed from.
The swing of a lathe can be increased if the gap-bed section is removed, providing the lathe has this option and the workpiece is not longer than the gap when clamped in the chuck.
The surface on the machined part where the material is being removed.