Seismostruct is one of the powerful products of Seismosoft in the field of structural analysis, which is capable of predicting and considering the behavior of space frames under static and dynamic loads in large displacements and can model both nonlinear material and geometric models with the highest possible accuracy. The software has the ability to model concrete, steel, FRP and smart materials (SMA).

These materials can be assigned to different types in predefined models for steel, concrete and composites to different sections. This software has been validated with several different models and the accuracy of its results is very close to manual calculations and laboratory results. Seismostruct has won many awards such as the prediction competition at the 15th World Earthquake Conference in Lisbon, Portugal in 2012 and the concrete column behavior prediction competition in San Diego, USA in 2010 and …

Key features of SeismoStruct software :

• Create regular and irregular two- or three-dimensional models and quickly perform a variety of analyses
• Create 3D regular or irregular reinforced concrete models using Building Modeller
• Eight different analyses: static and dynamic time history analysis, conventional and adaptive pushover, incremental dynamic analysis, specific value, static invariant loading, and response spectrum analysis
• The applied loading may include variable or constant forces, displacements and accelerations at nodes, as well as distributed element forces. Variable loads can vary proportionally or independently in the time or quasi-time domain.
• Calculation of both inelastic and geometric nonlinear materials
• Access to a wide variety of steel, reinforced concrete and composite sections
• Modeling the spread of inelasticity along the length of members and along the depth of the section and allowing for accurate estimation of damage accumulation
• Numerical stability and accuracy at high tension levels and the ability to accurately determine the overturning load of structures
• Innovative adaptive push-pull method (In this method, the lateral load distribution is not fixed but is constantly updated.)
• Ability to intelligently increase load whenever convergence issues arise
• Plotting the displacement curve and deformed shape of the structure with the ability to stop and restart analyses
• Ability to check rotation and arc shear according to NTC-08 (Italian National Seismic Code) and KANEPE (Greek Seismic Intervention Code) and for all limit values ​​of the specified codes
• Ability to customize derived designs and deformed shapes after processing
• Better display of the structural deformation sequence by creating AVI movie files
• Completely visual and objective interface
• Full compatibility with Windows environment
• Copying numerical and graphic results into Word, Excel, etc.
• And…