Laser-MicroEDM Based Hybrid Micromachining
Microdrilling and Micromilliling
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Beschreibung
This book covers the various aspects of laser micromachining (LBMM) and micro electro-discharge machining (uEDM) sequential hybrid process. LBMM-mEDM-based hybrid micromachining is a growing interest among researchers because of its unique features to harness the advantages of the two primary methods. This book guides the readers to implement this LBMM-mEDM-based hybrid process for the micromachining process efficiently to achieve a higher production rate with improved machining quality. It will provide the basic understanding about the LBMM-mEDM process, how the primary process's parameters affect the overall performance of the hybrid machining's outcome, how the hybrid process can be mathematically modelled to describe various observed phenomena of the said micromachining method. This book caters to researchers and industrial practitioners who are interested in precision and high throughput machining.
This book covers the various aspects of laser micromachining (LBMM) and micro electro-discharge machining (uEDM) sequential hybrid process. LBMM-mEDM-based hybrid micromachining is a growing interest among researchers because of its unique features to harness the advantages of the two primary methods. This book guides the readers to implement this LBMM-mEDM-based hybrid process for the micromachining process efficiently to achieve a higher production rate with improved machining quality. It will provide the basic understanding about the LBMM-mEDM process, how the primary process's parameters affect the overall performance of the hybrid machining's outcome, how the hybrid process can be mathematically modelled to describe various observed phenomena of the said micromachining method. This book caters to researchers and industrial practitioners who are interested in precision and high throughput machining.
Provides understanding about the laser micromachining and micro electro-discharge machining sequential hybrid process Discusses the effect on the overall process performance in terms of machining rate and machining quality Presents a comprehensive mathematical model for correlating input and output parameters of the said hybrid process
Autor*in
Tanveer Saleh
Themen in »Laser-MicroEDM Based Hybrid Micromachining«
Laser Beam Micromachining (LBMM) Micro Electro-Discharge Machining (EDM) Laser Micro EDM Hybrid Micromachining Optical Measurement Machine (OMM) Heat Treatment Machining Precision Machining Laser Micro-Milling Ultrashort-Pulse Laser Micromachining Laser Drilling