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- Laser-Thermal Modeling: Includes heat transfer, conduction, and radiation equations.
- Thermal Light Basics: Covers light-electricity conversion, photovoltaics, and laser power intensity.
- Laser-Material Interaction: Discusses absorption, reflection, scattering, and vaporization processes in materials.
- Fusion Cutting: Explains the interaction between laser beam and material, including keyhole formation and quality factors.
- Laser Welding: Describes different welding techniques, such as pulsed and continuous wave, with considerations for power density and spot size.
- Industrial Laser Sources: Covers various types of lasers like CO2, diode, and YAG, along with their applications in cutting, welding, and heat treatment.
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