The cutting force and cutting temperature of milling S355JR steel are affected by many factors, including processing parameters, material properties, tool geometry, etc.
The cutting force of S355JR steel refers to the force that needs to be applied to the material for cutting operation during the machining process. The specific content includes the cutting force magnitude, direction and change law, etc. These parameters are affected by many factors, such as tool type, feed rate, depth of cut, cutting fluid, etc. It is necessary to determine the specific cutting force of S355JR steel through experiments or simulation analysis.
In general, cutting force increases with depth of cut, feed rate, and cutting speed. Cutting temperature also increases with these parameters. At the same time, the number of blades, edge angle, edge radius and other geometric shapes of the tool will also affect the cutting force and cutting temperature.
S355JR steel is a low-alloy high-strength structural steel, which may experience high cutting force and cutting temperature during milling. In order to reduce the cutting force and cutting temperature, appropriate cutting parameters and tool geometry can be adopted, such as small feed rate, large tool rake angle, large edge radius, etc. In addition, the use of coolant can also effectively reduce the cutting temperature.
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