CAREER: Internet Tool for High-speed Machining Parameter Selection by Receptance Coupling Substructure Analysis

该学院早期职业发展(CALEAR)计划奖项的研究目标是更好地了解高速加工应用中刀具/夹具/主轴/机床组件的前处理动态预测，从而导致基于互联网的软件应用程序的开发。该方法基于子结构分析方法，通过分析组合各个部件的模型或测量结果来预测最终的装配响应。教育目标是通过以应用科学为基础的研究活动，吸引学生从事制造业职业。这些招聘努力的一个例子是Jumbotron在佛罗里达大学主场橄榄球比赛期间用足球语言描述工程概念的视频演示。此外，学生还将参与与工业相关的制造研究，如高速加工。如果成功，这一努力将导致高速加工的改进，这将影响许多制造操作，如航空航天制造，在航空制造中，铝和钛的高加工量使这些进步变得重要。使用基于互联网的软件应用程序提高材料去化率和零件质量的能力应该会减少返工零件、废品和成本，并随后提高效率。此外，对新制造工程师的教育将改善所有研究部门技术进步所需的基础设施。

The research objective of this Faculty Early Career Development (CAREER) Program award is to obtain an improved understanding of pre-process dynamics prediction for tool/holder/spindle/machine assemblies in high-speed machining applications, leading to the development of an Internet-based software application. The approach is based on substructure analysis methods where models or measurements of individual components are combined analytically to predict the final assembly response. The education objective is to attract students to manufacturing careers through applied science-based research activities. An example of these recruiting efforts is Jumbotron video presentations describing engineering concepts in the language of football during University of Florida home football games. Also, students will be involved in industrially relevant manufacturing research, such as high-speed machining.If successful, this effort will lead to improved high-speed machining, which will impact many manufacturing operations, such as aerospace manufacturing where the high machining volume of both aluminum and titanium renders such advances important. The ability to increase material removal rates and part quality using the Internet-based software application should reduce reworked parts, scrap, and cost and subsequently improve efficiency. Additionally, the education of new manufacturing engineers will improve the infrastructure necessary for technological advances in all research sectors.