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MIDAS/Civil provides
powerful and versatile general purpose structural analysis
features as basics.
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Types of Elements |
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Cable,
Truss, Tension-/Compression-only, Gap, Hook, Beam, Plane
stress, Plane strain, Axisymmetric, Plate, Stiffened Plate,
Solid (Hexagon, Wedge, Tetrahedron)
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Unlimited
Numbers of Nodes, Elements, Load Cases & Load Combinations
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Multi-frontal
solver offers analysis speed about 20 times faster than
the conventional Skyline solver.
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Analysis
Capabilities |
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Static Analysis |
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Free Vibration Analysis |
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Response Spectrum Analysis |
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Time History Analysis (Transient Dynamic,
Periodic Dynamic) |
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Buckling Analysis (Critical buckling load
factors, Buckling modes) |
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P-Delta Analysis |
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Large Displacement
Analysis (Newton-Raphson, Arc-length method) |
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Heat Transfer Analysis (Conduction, Convection,
Radiation) |
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Elasto-plastic Analysis (Pushover Analysis,
Multi-spring/Fiber model) |
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Eigenvalue
Analysis of CheongDam Grand Bridge
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MIDAS/Civil provides
application analysis features necessary for practical
Civil Engineering. |
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Moving Load Analysis
Capabilities |
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Influence Line &
Influence Surface Analyses |
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Database for Standard
Vehicular Loads |
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AASHTO, USA |
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Caltrans, USA |
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Standard Train Loads, KS |
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Road & Bridge Design Standards, KS |
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Moving
Load Tracer traces the location of a moving load that
imposes the maximum member forces.
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General Bridge Wizards |
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RC Frame Wizard: 2D & 3D
General, Underground & PI-type Frames |
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RC Culvert Wizard:
2D & 3D Culverts |
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RC Slab Wizard:
3D Slab Bridge |
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Auto-generation
of entire process required for analysis and design by
simple data entry |
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Auto-generation
of loads and combinations based on various design standards |
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Design of reinforcing
bars and strength verification of beams and columns |
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Modeling and analysis results of a 3-D
general frame
Modeling and analysis results of a PI-type 3-D frame
Modeling & analysis results of a 3-D culvert
Modeling & analysis results of a slab bridge
Design of reinforcing bars & strength verifications for
beams and columns
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Analysis Features reflecting
Construction Sequence |
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Real time display for Staging (Structures, Loads
& Analysis results)
Stage Tree for Systematic Management of Construction Sequence
Safety Checks for Wind & Seismic loads for each stage
of construction
Heat of Hydration analysis for each stage of construction
Batch Output Generation of Analysis results by Construction
stages |
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Actual Construction
stage & corresponding Analysis model of BangHwa Grand
Br.
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Analysis of PSC (Pre
Stressed Concrete) Box Bridges |
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Input capability of 3D tendon drape
profiles defined by the user |
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Property calculations of arbitrary
cross sections defined by the user |
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Automatic generation of non-prismatic
sections considering prestressing (pre-/post-tension,
internal/external) |
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Capability of displaying prestress
force distribution due to sequential prestressing |
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Immediate prestress losses due to
friction, wobble, draw-in and elastic shortening |
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Long term prestress losses due to
creep/shrinkage & tendon relaxation |
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Analysis incorporating time-dependent
characteristics of concrete such as creep, shrinkage
and maturity of concrete |
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Creep & shrinkage analysis of
a structure consisted of elements of different maturities |
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Inclusion of "self weight of
inactive elements" to account for "wet
concrete" wt. |
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Camber control function |
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Wizards for various construction methods
(auto-generation of model, boundary conditions and
loading conditions) |
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F.C.M
(Free Cantilever Method) |
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I.L.M
(Incremental Launching Method) |
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M.S.S
(Movable Scaffolding System) |
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Construction
Sequence Analysis using F.C.M. wizard
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Analysis Capabilities
for Suspension & Cable Stayed Bridges |
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Geometric non-linear
analysis (suspension cable element incl.) |
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Complete model generation wizard for suspension
& cable stayed Br. |
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Inverse direction
analysis function for suspension & cable stayed Br. |
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Tuning capability of cable tensions |
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Construction
Sequence Analysis of Kwangan Grand Br.
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Construction
Sequence Analysis of West Coast Grand Br.
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Heat of Hydration
analysis function |
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Concrete pour sequence |
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Thermo-elastic analysis (temperature stress) |
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Maturity, creep, shrinkage
& pipe cooling |
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Heat
of hydration analysis of a pier cap of a PSC Box Br. due to
pour sequencing
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Other useful features
for bridge analysis |
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Steel bridge analysis
reflecting section properties before and after composite
actions |
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Bridge analysis for
support settlements |
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Analysis to find unknown load condition |
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Consecutive Batch
Analysis |
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Section property calculation for arbitrary
sections (SPC) |
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SPC (Sectional
Property Calculator) - A number of sections are arranged
in the order of sizes and their properties are individually
calculated.
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