Overview

     

Summary of General analyses
     

Summary of Application analyses
    Specialty Bridge Analyses
    Main Functionality of Program
 
 
 
 



 

 

 

MIDAS/Civil allows unlimited numbers of nodes and elements in a structural model. Nor does it limit the numbers of load cases and load combinations. It also supports Batch analysis such that a number of structural analysis models can be executed consecutively.

 

 

 

Static Analysis

 

 

  Linear Static Analysis
  Thermal Stress Analysis

 

 

Dynamic Analysis

 

 

  Free Vibration Analysis
  Response Spectrum Analysis (SRSS, CQC & ABS)
  Time History Analysis

 

 

Geometric Non-linear Analysis

 

 

  P-delta Analysis
  Large Displacement Analysis

 

 

Buckling Analysis

 

 

  Critical Buckling load factors
  Buckling Modes

 

 

Moving Load Analysis

 

 

  Influence Line Analysis
  Influence Surface Analysis

 

 

Heat Transfer Analysis (Conduction, Convection & Radiation)

 

 

  Steady State Analysis
  Time Transient Analysis

 

 

Heat of Hydration Analysis

 

 

  Thermo-elastic Analysis (Temperature stress)
  Maturity, Creep, Shrinkage & Pipe Cooling

 

 

Construction Stage (Sequence) Analysis

 

 

  Time dependent Material Properties
  Boundary Group
  Static Load Group

 

 

Other Analysis Features

 

 

  Analysis for finding Unknown Forces by Optimization.
  Bridge Structure Analysis considering Support Settlements.
  Structural Steel Bridge Analysis reflecting before and after Composite Actions.

 

 

Stressed Eigenvalue Analysis of YoungJong Grand Br. using the large displacement and
P-delta analysis features (1st vertical mode: 0.485 Hz)


 

 

 

Construction Stage model created by FCM Bridge Wizard incorporating PSC Box sections, sectional tendon placements, piers, division of segments, etc.


 

 

 

Display of Construction Stage analysis model of West Coast Grand Br. using the Stage Group feature


 

 

 

Heat of Hydration analysis results of a pier cap of an Extra-dosed PSC Box reflecting pour sequence (Stress distribution)



 
 

 
 

 

MIDAS/Civil contains numerous types of latest element algorithms that are accurate and yet necessary for practical structural engineering.
 

 

  • Compression only
  • Tension only
  • Gap
  • Hook
  • Cable (Catenary Element) 
  • Truss
  • General Beam
  • Tapered Beam
  • Plane Stress
  • Plane Strain
  • Stiffened Plate
  • Axisymmetric
  • Plate (Thick/Thin, In-plane/Out-of-plane Thickness, Orthotropic)
  • Solid Element (Hexagon, Wedge & Tetrahedron)
 



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