| Abstract [eng] |
The project is about Experimental analysis of Friction Drilling Process. Frictional drilling can be explained as a process that uses friction to produce bushings in metals like DC 06 steel and 4301 Stainless Steel. Friction drilling is a newer non-traditional hole-making chip less process, which is used to make holes in materials where it can be used in aerospace, automotive, commercial and industrial products, electronic packaging, and thermal management. In friction drilling, a rotating conical tool is applied to penetrate work-material and create a hole in single step and the details regarding the process, materials and tools will discuss in the literature review. We discuss the mechanical and Force, Torque aspects of friction process in this session. In this study, strain affect material properties and grain microstructure of the material surrounding a hole from friction drilling. Samples of cross sectioned holes were polished and etched for material analysis in DC 06 steel and 4301 Stainless Steel. Experimental reviews had been done in order to have a brief understanding of the researches related to the Project. In this chapter, we describe the experimental analysis of friction drilling process and analysis of force and torque influencing the quality of the bushing and threading. And also I have done regression analysis of force and torque and comparison with the experimental data and the calculated data. |
