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我校和北京冶金设备研究所合作,研制出环面蜗杆计算机仿真检测系统,使世界各国多年来未能解决的环面蜗杆检测问题得到解决。1988年12月6日,由冶金部主持对这一系统进行了技术鉴定,确认该成果达到国际先进水平。 环面蜗杆具有传递功率大,载荷能力强、磨损小、抗冲击、使用寿命长等优点,是冶金、矿山、军工、船舶等行业的机械设备的重要传动部件。由于这类蜗打结构形状复杂,检测工作十分困难,迄今为
In cooperation with Beijing Institute of Metallurgical Equipment, our school has developed a computer simulation system for detecting toroidal worm, which has solved the problem of toroidal worm detection that many countries in the world have not solved for many years. On December 6, 1988, the system was technically appraised by the Ministry of Metallurgy and confirmed that the achievement reached the international advanced level. Toroidal worm has a transmission power, load capacity, wear resistance, impact resistance, long service life, metallurgy, mining, military, shipbuilding and other machinery and equipment of the important transmission components. Due to the complex shape of such cochlear structure, the detection work is very difficult, so far