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Simultaneous application of ultrasonic vibrations during conventional materials processing (casting, welding) and material removal processes (machining) has recently been gaining widespread attention due to improvement in metallurgical quality and efficient material removal, respectively.
The applications of ultrasonic vibrations for material removal processes exist predominantly in the area of vertical processing of hard and brittle materials.
This paper presents an empirical model to characterize the relationship between energy consumption and process variables for material removal processes.
In conventional machining, drilling is the most applied method accounting for as much as 40% for all material removal processes.
Here, we describe an approach for analyzing the mechanical properties of thin surface layers affected by material removal processes.
Then, the ductile and brittle SPE mechanisms, the transitions between these different material removal processes and the effect of particle properties on overall erosion behavior will be examined.
Similar(47)
The material removal process can then be calculated using this trajectory and impact data.
Because of this, a noncontact material removal process like laser machining offers an attractive alternative.
But the cutting process is on the atomic scale which is obviously different from the material removal process.
It was revealed that material removal process varies sensitively with the dominating failure mode.
Drilling is a material removal process commonly used in hole making operations in metals, alloys and composites.
More suggestions(15)
material selection processes
material synthesis processes
material composition processes
material transport processes
material redistribution processes
material installation processes
material removal experiments
material deterioration processes
material breakdown processes
material removal characteristics
material supply processes
material removal mechanism
metal removal processes
material removal mechanisms
material fabrication processes
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