CAJ | 학술논문

　　仿生学可以为提高刀具的耐磨性和工作效率提供良好的借鉴思路。从形态仿生、构形仿生和材料仿生3个方面总结仿生技术在各类刀具设计中的应用，介绍各种仿生刀具的生物体原型、仿生特征以及仿生刀具的应用领域和效果。刀具的仿生设计涉及刀具的几何形状、涂层以及刀具的表面结构，刀具的应用领域包括机械加工、地质与空间勘探以及与人们生活相关的轻工机械等领域。讨论仿生刀具的特征，分析存在的问题，并展望了刀具仿生技术的研究方向。
　　방생학가이위제고도구적내마성화공작효솔제공량호적차감사로。종형태방생、구형방생화재료방생3개방면총결방생기술재각류도구설계중적응용，개소각충방생도구적생물체원형、방생특정이급방생도구적응용영역화효과。도구적방생설계섭급도구적궤하형상、도층이급도구적표면결구，도구적응용영역포괄궤계가공、지질여공간감탐이급여인문생활상관적경공궤계등영역。토론방생도구적특정，분석존재적문제，병전망료도구방생기술적연구방향。
Bionics can provide better design thoughts to improve wear resistance and cutting efficiency of cutting tool. The applications of bionic technology in the design of various types of cutting tool are summarized from three aspects of structure, form and material. The biological prototype,bionic characteristics,application area and effect of bionic cutting tools are introduced. The bionic designs of cutting tools involve tool geometry,coating and surface structure. The application fields of bionic tools concern with machining,geology,space exploration and light industry machinery associated with daily life. Finally, the characteristics of bionic tools are discussed. The existing problems and development trend of cutting tool bionic technology are also given.