(1) A Newtonian dashpot also behaves in a predictable manner.

(2) The dashpot is used to denote the retarded nature of the response of a material to any applied stress.

(3) The dashpot displacement relaxes exponentially.

(4) The viscoelastic model, which consists of spring and dashpot, has been widely used in geotechnical engineering as it has explicit physical and mechanical meaning.

(5) DASHPOT A mechanical damper for slowing down movement by restricting fluid flow.

(6) The model consists of a spring and a dashpot. It is assumed that the constitutive equation described in a previous study can be applied to the spring.

(7) In physics spring and dashpot areuaually defined representing elastic and viscous medium. Three kinds of basicviscoelastic models are composed of the two mixed mechanics models.

(8) A second simple mechanical model can be constructed from the ideal elements by placing a spring and dashpot in parallel.

(9) The gears are assumed rigid, but at the contact gear teeth, a spring and viscose dashpot are used to simulate the effect due to the deformation of the teeth resulting from large contact forces.

(10) Reference to the method that used to solute the first question, the dissertation do a lot in concrete scheme of TMD dashpot limiting vibration and in TMD parameters optimal design.

(11) The test results could be explained by the spring and dashpot model used in liquid crystal structure.

(12) One is the modified Bingham model which consists of Bingham model (a frictional element in parallel with a dashpot) in series with a spring element.

(13) The dynamic behaviour of the pile is presented as frequency response curves for displacement, stiffness, dashpot constant and damping ratio.

(14) When modeling any material, the spring can be used to represent an ideal elastic material and the dashpot an ideal viscoelastic material.

(15) In creep testing at low stress levels, strain of the dashpot has close relationship with creep strain because the spring constant does not decrease significantly at low stress levels.