Industry/University Collaborative Research Center for Advanced Cutting Tool Technology (ACT2)

高级切削工具技术（ACT 2）I/UCRC全中心提案（第一阶段）0840960密歇根州立大学;帕特里克权 该提案的目的是启动一个名为“先进刀具技术I/UCRC（ACT 2）”的新I/UCRC，以开发刀具技术进步所需的基础科学和技术。 拟议中的中心由一个学术机构和工业合作伙伴组成，包括刀具制造商和制造公司，通过长期的协同合作关系解决未解决的新挑战。 该中心解决了先进加工中的一些基本问题。 拟议团队的研究专业知识将使他们能够在各种加工条件下确定磨损机制，开发耐磨组合物和刀具几何形状，应用刀具磨损模型为特定加工情况选择最佳刀具材料，并找到实现最小量润滑（MQL）的新方法。 拟议中的中心，由密歇根州领导，将有格鲁吉亚技术的援助，并将是一个重要的贡献者，在切削工具和工具材料的知识库。 提案中概述的项目将大大提高研究人员的专业知识。 先进的科学技术将使刀具和零部件制造商能够更有效地设计和生产零部件。 参与行业相关研究项目的学生肯定会从行业互动中受益。 拟议研究的结果将在会议报告、期刊中传播，并将创建一个在线数据库，以协助世界各地的研究人员。 PI计划通过密歇根州立大学（MSU）工程少数民族办公室和McNair-SROP计划招收学生，以鼓励代表性不足和经济弱势群体的参与。

Full Center Proposal (Phase I) for an I/UCRC for Advanced Cutting Tool Technology (ACT2) 0840960 Michigan State University; Patrick Kwon The purpose of this proposal is to start a new I/UCRC entitled "I/UCRC for Advanced Cutting Tool Technology (ACT2)" to develop the fundamental science and technology necessary for the advancement of cutting tool technology. The proposed center consists of a single academic institution and industrial partners, including cutting tool manufacturers and manufacturing companies to resolve unsettled and new challenges through long-term synergistic partnerships. The proposed center addresses some of the fundamental issues in advanced machining. The research expertise of the proposed team will enable them to identify wear mechanisms under various machining conditions, develop wear-resistant compositions and geometries of cutting tools, apply tool wear models for selection of optimum tool materials for specific machining situations, and find new ways to realize minimum quantity lubrication (MQL). The proposed center, led by Michigan State, will have the assistance of Georgia Tech; and will be an important contributor to the knowledge base in cutting tools and tool materials. The projects outlined in the proposal will significantly advance the know-how of the researchers. The developed science and technologies will enable cutting tool and component manufacturers to effectively design and produce components more efficiently. The students involved in the industry relevant research projects will certainly benefit from the industrial interaction. The results of the proposed research will be disseminated in conference presentations, journals, and an online database will be created to assist researchers worldwide. The PIs plan to recruit students through the Michigan State University (MSU) ENGINEERING Minority Office, and the McNair-SROP program, in order to encourage participation from underrepresented and economically disadvantaged groups.