Sloshing refers to the oscillating movement of free surface of the liquid. This paper presents various methods proposed
for simulation of sloshing phenomenon in partially filled liquid containers. Understanding slosh dynamics has several
applications in different fields of engineering. The impact pressure on the container due to liquid sloshing governs numerous
designs of machinery ranging from simple liquid carrying truck to propellant tanks in spacecrafts and tanks in ships and the
design of liquid retaining structures prone to seismic excitation. Experimental method, analytical approach and numerical
methods are used to predict sloshing responses
