CAJ | 학술논문

陶瓷材料具有独特的物理化学性能，这导致陶瓷材料在现代制造业中发挥越来越重要的作用，比如这种物化性能的优越使得陶瓷刀具在高速切削难加工材料中得到广泛应用。但陶瓷材料在具有硬度高和耐磨性高的优点的同时也有其自身脆性高的缺点，这导致了陶瓷材料产品功能的不稳定和不一致。本文综述了陶瓷材料主要的增韧补强方法研究，主要包括：纤维增韧、颗粒弥散增韧、自增韧、氧化锆增韧、纳米陶瓷增韧和纳米复合增韧。
도자재료구유독특적물이화학성능，저도치도자재료재현대제조업중발휘월래월중요적작용，비여저충물화성능적우월사득도자도구재고속절삭난가공재료중득도엄범응용。단도자재료재구유경도고화내마성고적우점적동시야유기자신취성고적결점，저도치료도자재료산품공능적불은정화불일치。본문종술료도자재료주요적증인보강방법연구，주요포괄：섬유증인、과립미산증인、자증인、양화고증인、납미도자증인화납미복합증인。
In the modern manufacturing industry , because of its unique mechanical and chemical properties,ceramic material is playing a more and more important role,such as the use of ceramic cutting tools in high speed cutting.Existing together with the advantages of high hardness and wear resistance,the faults of high brittleness also appear in the performance of ceramic materials.This results in the unstable and inconsistent function of ceramic material products in the process of machining .In this paper six toughening and reinforcing methods of ceramic materials were reviewed:fiber toughening , particle dispersion toughening ,self-toughening ,zirconia toughening ,nano ceramic toughening and nano composite toughening .