For ecological and health issues of those involved in the manufacturing, usage, handling,
and disposal of cutting fluids, research has been developed for scientific and technological …

The use of fiber metal laminates (FML) in aeronautics components has been increased in
the last years, mainly due to the gain in mechanical properties combined with low specific …

Friction and wear are influenced by the surface conditions of the material, since there is
deformation, segregation, generation of oxide films, among others. Roughness is an …

Austenitic stainless steel 304 is widely used in various applications due to its mechanical
strength, toughness, and, most importantly, its corrosion resistance. However, machining this …

Out of all the mechanical energy generated during material cutting, the majority is converted
into heat, raising the temperature at the chip-tool interface, particularly in difficult-to-machine …

High heat generation with the consequent increase in temperature is still a limiting factor for
productivity and quality in machining processes, mainly because it strongly affects the tool's …

Cutting parameters have a significant influence on the surface finish after turning, which can
generate unwanted surface roughness. Thus, the parameters optimization could be a …

Due to the increase in environmental degradation, industries are forced to work with less
harmful manufacturing means. In machining, it is known that one of the best ways to …

The growing need to increase productivity and pressures for more sustainable
manufacturing processes lead to a shift to less harmful lubrication systems that are less …

The use of mineral-based cutting fluids in machining has the drawback of affecting the
environment and industries are under pressures to reduce its use in favor of cleaner …