It’s important to note that the number of studies on the lateral vibration of steel liquid storage tanks has
been quite modest in the past. The aimofthisresearch hasto look at the variablesthat affect vibration ofstorage tanks
and to highlight the characteristics of a construction that hasn’t received much attention in the literature. The storage
tank has pre-sized in the study, and aluminum and steel have chosen as components. The specified material qualities
and the factors utilized in the investigation has used to calculate vibration frequency values. The resulting calculations
are backed up by tables and graphs, and it’s an important to look into the parameters that affect the vibration
frequencies that will occur on the designed storage tank vary. In the literature, water tanks are usually modelled as
lumped masses. The horizontal stiffness of the column on which it is placed is assumed to be constant throughout.
This is an approximation method of solving this problem. The column is handled in this study with a more realistic
approach that fits the continuum mechanics in the analysis. The reservoir part is incorporated directly into the
problemasthe boundary condition.