Machining with Abrasive-Waterjets

该提案是进行第二阶段的研究， SBIR计划下的磨料水射流。 的可行性 用磨料水射流进行加工已经在SBIR中得到了验证 第一阶段的研究，其中铣削和车削实验 进行了。 在第二阶段研究中， 更详细地调查。 线性切割测试将 在选定的材料上进行，这些材料通常难以 机 例子包括陶瓷、复合材料和奇异合金。 将进行基本和特殊切削试验， 对研磨相关影响的基本理解 参数对加工结果的影响。 模型将被开发用于 定量和定性铣削结果的预测 作为加工成本。 加工参数的响应 控制信号及其对加工结果的影响， 实验研究。 深度传感技术将是 研究未来可能的实施。 研究者 很有资格进行这项研究 第三阶段的工作是 计划进一步开发和商业化这一方法。

This proposal is to conduct Phase II research on machining with abrasive-waterjets under the SBIR Program. The feasibility of machining with abrasive-waterjets has been demonstrated in the SBIR Phase I research study in which both milling and turning experiments were conducted. In the Phase II research milling will be investigated in greater detail. Linear cutting tests will be conducted on selected materials that are conventionally hard to machine. Examples include ceramics, composites, and exotic alloys. Basic and special cutting tests will be conducted to develop a fundamental understanding of the effects of milling-related parameters on machining results. Models will be developed for the prediction of quantitative and qualitative milling results as well as cost of machining. The response of machining parameters to control signals and its effect on machining results will be experimentally investigated. Depth sensing techniques will be investigated for possible future implementation. The investigator is well qualified to conduct this research. A Phase III effort is planned to further develop and commercialize this approach.