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    • Successful manufacturing requires mastery of a critical body of knowledge that includes essential concepts in applied mathematics, measurement and inspection, safety, and quality/lean.

    • Materials are very important to manufacturing and determine how well your application performs. Today, options include metals, ceramics, plastics, and composites, to name a few.

    • Machining best practices are specific to either the task or the device. For grinding, metal-cutting, or work holding, many tools can be used to complete the task.

    • Every workplace requires an understanding of the essential safety practices and topics that help employees to avoid potential hazards.

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1070 – 04 – What Happens to the Workpiece

The amount of heat created has a lot to do with the type of material you’re working with. Metals with low tensile strength, like brass or aluminum, create less heat. Steel and titanium, on the other hand, have high tensile strength, and therefore create more heat when they are cut.

Besides tensile strength, the amount of heat generated also depends on how fast you’re cutting. Cutting at high speeds can cause temperatures to increase and pressures to create a built up edge (BUE). When a BUE forms, it becomes difficult to remove chips from the cutting area. That’s why the cooling feature of cutting fluids is so essential. Lubrication is important as well, especially for cutting at lower speeds.

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    What two factors determine the amount of heat in a cut? 

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Class: 1070 - Cutting Fluids - 18 Lessons
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