Vibrational and Finite Element Analyses of T-Section Cantilever Beam Using ANSYS and MATLAB: A Recent Study

A beam is a structural part that is operated on by a system of external forces that are perpendicular to it. When a horizontal beam is loaded with vertical loads, it bends. The amount of load carried by a beam is determined by the amount and kind of weight, the length of the beam, and the type of beam. T, HSS, and L shaped beams are among the various varieties available for industrial and home purposes. Fatigue failures, vibrations, and incorrect evaluations of various attributes are the most common difficulties and failures with beams. The effects of vibrations on T-Section Cantilever beams and frequency modes are discussed in this paper. As a result, in order to gain a complete knowledge of T-Section Cantilever beams, the mode shapes and natural frequencies acquired through vibrational analysis in ANSYS are compared to the results acquired through finite element analysis in MATLAB. The results acquired using MATLAB are verified to be accurate.