Four-element model (Burgers-Frenkel model) is a convenient engineering model of viscoelastic behavior because of its relative simplicity and its fundamentally correct representation of the real behavior. However

it has only been used to describe viscoelastic behavior in creep. In this paper

the governing differential equation of the four-element model was solved by using elementary calculus. Consequently

mathematical modeling in creep

stress relaxation and dynamic mechanical behavior is performed. The four-element model widely used to describe creep can now be used to predict the stress relaxation and dynamic mechanical behavior of a viscoelastic material.