Analytical Modeling of Advanced Manufacturing Processes
A special issue of Metals (ISSN 2075-4701). This special issue belongs to the section "Additive Manufacturing".
Deadline for manuscript submissions: closed (30 June 2022) | Viewed by 2694
Special Issue Editor
Interests: ultrasonic-vibration-assisted milling; laser-assisted milling
Special Issues, Collections and Topics in MDPI journals
Special Issue Information
Dear Colleagues,
The control of machining is critical to the quality of the final product, while the evaluation of advanced manufacturing processes becomes more challenging. The performance of machining can be evaluated through several aspects. In situ parameters including force, temperature, and tool wear indicate whether the machining is conducted within an allowable range of equipment. Force and temperature in shear zone are the results of both mechanical and thermal loads. Moreover, tool wear describes the gradual failure of cutting tools due to regular operation. Residual stress and surface roughness reflect the machining process and are directly related to the fatigue performance and surface quality of the product. Surface roughness characterizes the surface texture in terms of deviations. Residual stress is created under mechanical load, thermal gradient, and phase change, which significantly affects the damage tolerance and fatigue performance of the product.
To date, most related studies have been carried out using numerical analysis or experimental investigation. The analytical approach is able to reveal the physics nature in the process within a short computation time. This includes forward analysis by predicting machining parameters (force, temperature, etc.) under given conditions and inverse analysis by predicting machining conditions under desired parameters.
For this Special Issue in Metals, we welcome reviews and articles regarding analytical modeling of various parameters in advanced manufacturing processes.
Dr. Yixuan Feng
Guest Editor
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Keywords
- Analytical modeling
- Advanced manufacturing
- Machining force
- Machining temperature
- Tool wear
- Residual stress
- Surface roughness
- Surface hardness
- Microstructure evolution
- Inverse analysis
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