TESS solves one-dimensional wave propagation problem using an explicit finite difference scheme.
TINKER is a utility program for performing various manipulations with earthquake acceleration histories. These include the following: Increasing or decreasing the timestep without altering the frequency content.
UFSHAKE (User Friendly SHAKE) is an extended version of the SHAKE program including implementation of the Newmark method.
Vibration consultant performs linear regression analysis of blast vibration data and predicts peak particle velocity at a given distance from the blast.
Vs assists in the estimation of the shear wave velocity of a soil using empirical field and laboratory based equations.
WAVES computes the dynamic characteristics and seismic response of horizontally layered soil deposits. The soil site is discretized into a finite element mesh of 1D shear elements.
WESHAKE estimates the site-specific dynamic response of a layered soil deposit for ground-level conditions.
Winsimul 1.0 may be used for the estimation of seismic strong ground motion, it incorporates concepts of the seismic source process and wave propagation effects.