Description
The response surface methodology was employed to conduct experiments (DOE), utilizing Minitab 2019 software for assistance. Each input parameter, such as laser power (P), duty cycle % (D), focal plane position (FPP), and laser frequency (f), was set at three levels, resulting in a total of 26 experiments. The study focused on analyzing responses such as inlet diameter, outlet diameter, hole taper angle, and inlet circularity. The summarized outcomes are available in the initial sheet titled "1 - Main Experimental Results." A thorough comparison between simulated and experimental results is presented in the second sheet titled "2 - Predicted & Measured Results." The third sheet, named "3 - Statistical & Simulation," contains information on simulation and statistical errors.
| Date made available | 21 Feb 2024 |
|---|---|
| Publisher | University of Northampton |
Research output
- 1 Article
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A novel numerical modeling of microsecond laser beam percussion micro-drilling of Hastelloy X: experimental validation and multi-objective optimization
Attar, M. A., Ghoreishi, M., Razmkhah, O. & Moradi, M., 8 Mar 2024, In: The International Journal of Advanced Manufacturing Technology. 132, p. 193-215 43 p.Research output: Contribution to Journal › Article › peer-review
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