• Import CAD models (IGES, STEP, IFC, DXF, DWG)
• Geometrical modelling
• Auto-meshing (2D, 3D, Inc. Hybrid mesher)
• Post-processing features
• Capacity result-checks
• Report generator

Materials

• Basic linear
• Basic nonlinear models (Von Mises and Mohr Coulomb)

• Linear static analysis
• Eigen value analysis
• Basic phased analysis
• Unlimited model-size, parallel processing

Elements

• All the structural elements (inc. composed elements)
• Tension only/compression only interface elements

(BASIC MODULE REQUIRED)

Materials

• Nonlinear material models
• Nonlinear structural interface models

Analysis

• Nonlinear analysis features
• Geometrical nonlinear analysis
• Phased analysis in conjunction with nonlinear analysis
• Stiffness adaptation analysis
• Reinforcement design checks
• Engineering creep
• Engineering liquefaction
• Groundwater flow analysis (Steady state and transient)
• Buckling analysis
• Modal, spectral response and frequency response analysis
• Transient analysis (linear)

• Pile Elements
• Base-isolator models

User Supplied Subroutines

Seismic signals database

(BASIC MODULE REQUIRED)

Analysis

• Heat transfer analysis (Steady state, transient)(linear and nonlinear heat generation)
• Staggered heat stress analysis (constant material properties)

Elements

• Boundary elements
• Cooling pipes

(BASIC & EXPERT MODULES REQUIRED)

Materials

• Total strain crack model
• Multi-directional crack model
• Nonlinear reinforcement models
• Bond-slip reinforcement
• Creep and shrinkage
• Time dependent material properties

Analysis

• Transient analysis (Nonlinear)
• Young hardening analysis * (inc. crack index and crack width)
  * for young hardening analysis, HEAT module is required

Elements

• Boundary elements

(BASIC & EXPERT MODULES REQUIRED)

Materials

• Maekawa Fukuura model
• Modified two surface model
• Nonlinear reinforcement model
• Bond-slip reinforcement
• Engineering masonry model
• Rankine Hill

Analysis

• Transient analysis (Nonlinear)

Elements

• Boundary elements

(BASIC & EXPERT MODULES REQUIRED)

Materials

• Conventional and advanced soil and rock models
• Nonlinear interface models

Analysis

• Slope stability analysis
• Mixture analysis
• Transient nonlinear analysis

Elements

• Boundary elements

(BASIC & EXPERT MODULES REQUIRED)

Materials

• Fluid-structure interface models
• PML

Analysis

• HTFD analysis
• Transient nonlinear analysis

Elements

• Boundary elements

(BASIC & EXPERT MODULES REQUIRED)

Materials

• UBC Sand model
• JAPANESE Liquefaction Models (Bowl, Nishi, Towhata-Iai)

Complete functionality as listed in all of the above modules