Analysis Type Supported
Construction Stage Analysis
  1. Temporary Support Analysis
  1. Time dependent concrete behavior
  1. Tension losses in tendons ( time dependent and instantaneous)
  1. Secondary effects of tendon prestressing, creep and shrinkage
Soil Structure Interaction
  1. Model Foundation
  1. Define Soil Springs with built in formulae using soil properties
  1. Obtain Effect of Non Stiff Foundation on Analysis
  1. Settlement Analysis
  • Define Anticipated Settlement on Supports
  • Obtain worst effect due to combination of settlements on different support
Special Analysis
  1. Buckling Analysis
  • Obtain results for Global buckling and local buckling
  1. Heat of Hydration Analysis for mas concrete
  • Analysis
    1. Heat Transfer Analysis based on construction stages
    2. Convection, Heat Source, Pipe cooling, etc.
Seismic Analysis
  1. Equivalent Static Seismic Analysis
  1. Response Spectrum Analysis considering Damping
  1. Eigenvalue Analysis
  1. Boundary Non Linear Time History Analysis using Gap, Hook, Damper, Isolator, Hysteretic System
  1. Inelastic Time History Analysis
  • Lumped hinge & Distributed hinge
  • Automatic calculation of yield strength
  • Axial load – biaxial moment interaction
  • Fiber model Analysis
  1. Pushover Analysis
  • Auto Plastic Hinge Definition
  • Auto PM Interaction curve for hinge formation
  • Obtain Performance point as per FEMA
Moving Load Analysis
  1. AASHTO LRFD & Standard Spec. Load auto-generation
  1. CAN/CSA-S6-06 Spec
  1. Special permit Load
  1. Influence Line/Surface
  1. Moving Load Tracer & Force Envelopes
Detailed Section Analysis
  1. Section Property Calculator for irregular sections
  • Import Section drawing from AutoCAD
  • Create Composite section with more than 2 parts
  1. Stress for a cross section
  • Capacity Curves (P-M, M-M, 3D) & Capacity Check Ratio as per AASHTO LRFD 12, ACI 318
  • 11, ACI 318-08, CSA S6-10
  • Moment-Curvature Curves
Thermal Analysis
  1. Nodal/Element Temperature change analysis
  1. System Temperature change analysis
  1. Differential temperature in the cross section Analysis
  1. Temperature Gradient Analysis
Material Nonlinear Analysis
  1. Truss, Plate, Plane stress, Plane strain, Axisymmetric and Solid
  1. Tresca, von Mises, Mohr-Coulomb and Drucker-Prager
  1. Isotropic, kinematic and mixed hardening
Higher Order Analysis
  1. P Delta Analysis
  1. Geometric Non Linear Analysis
  1. Large Displacement (Forward/Backward) Analysis
  • Suspension Bridge
  • Cable Stayed Bridge
  • Cable Tuning
Element Library
  1. Truss Element
  1. Tension-only Element (Hook function included)
  1. Cable Element
  1. Compression-only Element (Gap function included)
  1. Beam Element/Tapered Beam Element
  1. Plane Stress Element
  1. Plate Element
  1. Two-dimensional Plane Strain Element
  1. Two-dimensional Axisymmetric Element
  1. Solid Element
Automated Modeling Wizards
  1. Beam/Column/Plate/Shell
  1. Culverts (Slab and Box)
  1. RC Slab Bridge
  1. RC Frame Box
  1. Balanced Cantilever Construction
  1. Incrementally Launched Bridge
  1. Span by Span Construction
  1. Movable Scaffolding System
  1. Cable Stayed Bridge
  1. Suspension Bridge
  1. Grillage Model
  1. Transverse Analysis Model
Type of Supports
Restrain in Translation in X Y Z RX RY and RZ
Elastic Links
  1. General
  1. Compression/Tension only
  1. Multi Linear
Point Spring Supports
  1. General
  1. Compression/Tension only
  1. Multi Linear
Surface Springs
  1. Springs for Flat Footings
General Spring
  1. Stiffness Matrix
  1. Mass Matrix
  1. Damping Matrix
General Link
  1. Viscoelastic Damper
  1. Gap
  1. Hook
  1. Lead Rubber bearing isolator
  1. Friction pendulum isolator
Beam End Release
  1. Fx, Fy, Fz
  1. Mx, My, Mz
Plate End Release
  1. Fx, Fy, Fz
  1. Mx, My
Linear Constraints
  1. Explicit with respect to any one deformation
  1. Weighted Displacement with respected to combination of deformations
Rigid Link
  1. DX, DY, DZ, RX, RY, RZ
Node Local Axis
Design Supported
  1. Post-tensioned Girder Bridge Design
  1. AASHTO LRFD ’12
  1. AASHTO LRFD ’07
  1. CSA S6S1-10
  1. RC Concrete & Steel
  1. AASHTO LRFD ‘02 and 96
  1. ACI 318-02, AISC LRFD ‘2000
  1. AISC LRFD & ASD / ACI 318
  1. CSA-S6-00: Concrete
Automated Load Rating
  1. Bridge Rating of box sections as per AASHTO LRFD 2012 and AASHTO LRFD 05