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随着我国经济的不断发展,我国对铝合金的市场需求与日俱增,铝合金是工业中广泛应用的有色金属材料,也是我国铸造产业重点发展的新型材料,随着我国汽车以及航天等工业的不断发展,铝合金将会被更广泛的应用到其他行业。近些年来,铝合金材料的发展已经逐渐的深入到电缆等其他行业,逐步的形成了自己的良性产业链条,由于铝合金轻量化等优点,也将会在一些行业的未来发展中,有更大更好的发展。随着铝合金的广泛应用,铝合金加工技术也逐渐的深入,不断的完善,尤其是铝合金加工中的切削加工技术,对铝合金的加工起着十分重要的作用,因此在铝合金加工过程中,需要就切削深度进行数值仿真。
With the continuous development of our economy, China’s market demand for aluminum alloy is increasing day by day. Aluminum alloy is a non-ferrous metal material that is widely used in industry. It is also a new material for key development of foundry industry in our country. With the continuous development of China’s automobile and aerospace industries, , Aluminum alloy will be more widely used in other industries. In recent years, the development of aluminum alloy materials has been gradually deepening to other industries such as cables, and gradually formed its own virtuous industry chain. Due to its advantages such as lightweight aluminum alloy, it will also have some advantages in the future development of some industries Great and better development. With the extensive application of aluminum alloy, aluminum alloy processing technology is also gradually deepened and constantly improved, especially in aluminum alloy machining cutting technology, the processing of aluminum plays a very important role, so in the aluminum alloy processing , We need to simulate the depth of cut.