can be calculated by the finite element method of stress magnitude different speeds to simulate the failure process and improve the design.
2013年9月6日星期五
Polycrystalline Diamond Compact high pressure high temperature conditions in the diamond and carbide matrix composition
Polycrystalline Diamond Compact high pressure high temperature conditions in the diamond and cemented carbide substrate by the composition of the superhard composite materials with high hardness, wear resistance and other characteristics, and has
Polycrystalline diamond , good wear-resistant material and chip tool. Which is widely used in petroleum drilling, geological exploration, coal drill bits and drilling
grinding wheel tools and other fields, and can replace less efficient carbide and other raw materials. Polycrystalline Diamond Compact as a new superhard
synthetic diamond instead of the traditional alloy tool can save resources and improve resource utilization; while in use can also reduce pollution of the environment, such as reducing the cutting of metal dust, etc., is a lower energy consumption of environmentally friendly "green" materials.
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