Published Paper Details:

In high performance engineering, laminated composites are used in a variety of applications, including as aeronautical, mechanical, chemical, civil, and spacecraft applications, and they are crucial for FEM-based mathematical models. Accurate design and later production depended on the analysis of these structures and its components utilizing mathematical, experimental, or simulation-based models. Over the course of their useful lives, these structures withstand extreme weather, vibration, inertia excitation, and intense aural stimulation. The initial vibration/fundamental frequency mode puts a structural component under a lot of stress and compression, which eventually wears it out since it is intrinsically linked to large amplitude. This emphasizes how important vibration analysis is for laminated constructions composed of composite and hybrid materials. We use code in the MATLAB environment to solve the equations and obtain the necessary results.Moreover, for each possible outcome, an ANSYS simulation model has been developed and validated to show that the model is applicable in all cases.