Earthquake Analysis of Concrete Gravity Dams Including Base Sliding. EAGD-SLIDE evaluates the earthquake response of concrete gravity dams, including sliding at the interface between the base of the dam and the foundation rock surface.
ERST evaluates the elasto-hydrodynamic response of submerged oil storage tanks to earthquake ground motion. A hybrid finite element method is used, in which the tank structure, the interior fluids,…
Seismic Soil-Structure Interaction Analysis. FLUSH is a development of the complex response finite element program LUSH for seismic soil-structure interaction analysis.
HorRock carries out coupled horizontal-rocking foundation vibration analyses.
ISADAB (Inelastic Static and Dynamic Analysis of Bridges) was developed for the transverse inelastic analysis of reinforced concrete highway bridges.
LUSH2 is a program for Complex Response Analysis of Soil-Structures Systems by the Finite Element Method. The program finds the complete response of a plane finite element model representing a soil-structure system.
Seismic Analysis of Regular Highway Bridges. MICROSARB implements procedure 1 of the Applied Technology Council (ATC-6) seismic design guidelines for straight regular highway bridges with Single Mode Spectral Analysis Method…
MTR/SASSI consists of a set of interrelated computer programs, which can be used to solve a range of dynamic soil-structure interaction (SSI) problems in two and three dimensions.
Nonlinear Earthquake Analysis of Bridge Systems. NEABS performs nonlinear dynamic analysis of long, multiple span bridge systems by a lumped mass mathematical idealisation using a combination of the following 3D linear and…
QUAD4M is a 2D time domain solution to dynamic soil response incorporating independent damping in each element in the continuum and a transmitting base so that the half-space beneath a mesh can be modeled,…