RSSeismic

1D Seismic Site Response Analysis Software

Simulates earthquake ground motion effects on layered soil profiles using nonlinear and equivalent linear approaches with versatile input options, suites of ground motions, and export-ready outputs.

Free Trial

RSSeismic

1D Seismic Site Response Analysis Software

Free Trial

Comprehensive 1D Seismic Site Response

RSSeismic provides comprehensive 1D site response analysis in one tool, including nonlinear time-domain (with/without pore water pressure), equivalent linear frequency-domain, and linear analyses. Its robust algorithms deliver precise seismic site characterization for infrastructure, research, and regulatory use.

RSSeismic
RSSeismic

Comprehensive 1D Seismic Site Response

RSSeismic provides comprehensive 1D site response analysis in one tool, including nonlinear time-domain (with/without pore water pressure), equivalent linear frequency-domain, and linear analyses. Its robust algorithms deliver precise seismic site characterization for infrastructure, research, and regulatory use.

RSSeismic

Intuitive, Guided Workflow

Designed for efficiency and ease, RSSeismic features a step-by-step interface for project setup, soil profile definition, motion selection, damping specification, compute options, and result interpretation; all featuring input validation, real-time feedback, and comprehensive summary windows.

RSSeismic

Intuitive, Guided Workflow

Designed for efficiency and ease, RSSeismic features a step-by-step interface for project setup, soil profile definition, motion selection, damping specification, compute options, and result interpretation; all featuring input validation, real-time feedback, and comprehensive summary windows.

Fast, Multi-Core Processing & Advanced Visualizations

Leverage multi-core computing for rapid results, even for complex models. Instantly visualize your analyses with interactive plots: time histories, stress-strain curves, spectra, profile plots, displacement animations, and more. Directly export results to Excel and standard report formats.

RSSeismic
RSSeismic

Fast, Multi-Core Processing & Advanced Visualizations

Leverage multi-core computing for rapid results, even for complex models. Instantly visualize your analyses with interactive plots: time histories, stress-strain curves, spectra, profile plots, displacement animations, and more. Directly export results to Excel and standard report formats.

Check out the full list of technical features in RSSeismic

See Specs

RSSeismic Across Applications

  • Seismic Site Response
  • Liquefaction Analysis
  • Compliance & Risk Assessment

Seismic Site Response

Model how ground shaking affects critical structures. Analyse amplification and soil-structure interaction using 1D nonlinear and equivalent linear methods.

Seismic Site Response

Liquefaction Analysis

Assess liquefaction potential with advanced modelling of pore water pressure generation and dissipation, featuring multiple validated constitutive models to assess liquefaction potential and shaking-induced soil strength degradation.

Liquefaction Analysis

Compliance & Risk Assessment

Meet demanding engineering standards for seismic risk, regulatory submissions, and comprehensive site response documentation with professional analysis capabilities.

Compliance & Risk Assessment

RSSeismic Seamlessly Integrates With

  • RSLog

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Directly import borehole and soil profile data from RSLog projects. Just log in, select your project, and choose the boreholes to bring in.

RSSeismic

The Latest Features

  • Automated Curve Fitting

    Automatically calibrate dynamic soil parameters using experimental or reference curves. Select from MRDF (UIUC) or Darendeli-based hysteretic damping methods, with real-time curve visualization and shear strength adjustments.

  • Automatic Layer Subdivision and & Profile Randomization

    Automatically subdivide layers based on wave propagation demands, and apply comprehensive randomization (thickness, velocity, curve properties) for probabilistic seismic site response analysis.

  • Advanced Pore Pressure Generation & Dissipation

    Model excess pore pressure using five well-established approaches and Terzaghi-based dissipation. Get realistic liquefaction insights using effective stress-based methods.

  • Ground Motion Manager Tool

    Visualize, modify, and apply baseline correction to both input and output ground motions.

Automated Curve Fitting
Automatic Layer Subdivision and & Profile Randomization
Advanced Pore Pressure Generation and Dissipation
Ground Motion Manager Tool

Grow With Our Learning Resources

Explore our Learning Resources and User Guides, designed to help you excel with all of your geotechnical projects, whether you are a practicing engineer, an academic or a student.

RSSeismic

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