Comparative Investigation on Modal analysis of LM25 Aluminium alloy with other Aluminim alloys using Finite element analysis software

The rudimentary steps of the modal analysis and simulation are carried out . The
modal analysis is carried out on the different Aluminum Alloys cantilever beam. The
cantilever beam is designed in the graphical environment of the ANSYS. The cantilever
beam was fine-tuned on one end with all degree of liberation on this end were taken, beam
cannot move and rotate. Mode shapes and natural frequencies are premeditated in platforms
ANSYS with arithmetical formulation of the direct solver including the block Lanczos
method. Aluminum alloys are widely utilized in much application due to their estimable
weight to vigor property. Many examination works have been distributed out to make
developments the mechanical properties of aluminum alloys. The composition of alloying
elements plays a consequential role in deciding the properties of an alloy. In this study a numerical analysis implement i.e., finite element analysis (FEA) is utilized. The work obtainable in this paper is aimed at the study of effect of modal analysis of different aluminum alloys. The modeling and analysis is carried out utilizing ANSYS FEA software. A modal analysis is carried out to understand the modes of frequency demeanor of the material considered. The modal analysis play a vital role in the design of components
subjected to high vibration