Structural Dynamics and Vibration with Multiple Degree of Freedom under Different Types of Loads

This project investigates the structural dynamics and vibration of a model that closely approximates real-world conditions. Obtaining model incorporates the critical parameters of density, stiffness, and damping to effectively simulate mode shapes and floor displacements under natural frequencies, by varying these factors, the project aims to minimize mode shapes, thus optimize structural performance. The study demonstrates the importance of considering different kinds of damping in structural models and highlights the practical applications of our model in selecting appropriate materials and dampers. Future research can enhance this model through occupancy load, environmental forces and other factors, so as to further improve its accuracy and relevance to real situations.