MIDASoft - Bridge Library

MIDASoft bridge library containing project case studies, practical applications, and engineer presentations.

    midas GTS NX Complex

    Midas FEA NX: Modeling and Meshing Techniques for Irregular Geometries and Localized Zones

    Complex, Detailed Analysis, Modeling Technique, boundary nonlinearity, midas FEA NX, boundary conditions, Meshing, Finite Element Analysis, meshing technique, contact analysis
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    Expert Tip: Support of Excavation Design Using Finite Element Method

    Excavation, Soil Structure Interaction, Construction stage analysis, Nonlinear analysis, Soil, midas GTS NX, Geotechnical Analysis, Finite Element Analysis, excavation stage, shoring suite analysis, support of excavation, Arching Effect, mohr coulomb, Tip
    What is the Support of Excavation System?
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    Midas FEA NX: Construction Stage Analysis of Prestressed Concrete Girder

    Prestressed Concrete, Detailed Analysis, Construction stage analysis, Nonlinear analysis, boundary nonlinearity, Post-tensioned, boundary conditions, Meshing, Finite Element Analysis, material nonlinearity, rebar modeling, embedded truss element, tendon
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    Midas FEA NX: Simulating Contact, Concrete Cracking, and Tendon Behaviors in Internally Post-Tensioned Members Using Detailed Finite Element Method

    Steel Composite, Detailed Analysis, Nonlinear analysis, Redundancy Analysis, Structural Redundancy, boundary nonlinearity, Post-tensioned, boundary conditions, Meshing, Finite Element Analysis, material nonlinearity, cracking, concrete fracture, contact analysis
    This webinar shows different approaches to simulating contact in Midas FEA NX's 3D element models, various contact models, ways to define ma...
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    Expert Tip: Modeling Steel Fracture for Redundancy Analysis Using Detailed Finite Element Method

    Project Application, Detailed Analysis, Live Load Analysis, PSC Box Girder Bridge, Construction stage analysis, Nonlinear analysis, Redundancy Analysis, Structural Redundancy, Modeling Technique, midas FEA NX, Truss, boundary conditions, Meshing, Finite Element Analysis, rigid link, material nonlinearity, shear stud, steel fracture, rebar modeling, solid element, Tip
    What is Bridge Redundancy?
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    Expert Tip: Determining Concurrent Live Load for Strut and Tie Models

    Concrete, Live Load Analysis, Substructure, Moving load analysis, Michael Baker, Blog, Bridge, Modeling Technique, Irregular Geometry, Girder, boundary conditions, Finite Element Analysis, bridge analysis, Strut-and-Tie, PierCapDesign, girder bridge, Moving Load Tracer, Concurrent Live Load, Lever Rule, Tip
    In the article "strut-and-tie modeling for pier caps", we have discussed the definition of strut-and-tie analysis and how to construct a str...
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    Expert Tips: Strut-and-Tie Modeling for Pier Caps

    Concrete, Substructure, Moving load analysis, Michael Baker, Bridge, Modeling Technique, Girder, Truss, boundary conditions, Finite Element Analysis, bridge analysis, All Frame, Design, Strut-and-Tie, PierCapDesign, Efficient design, steel reinforcement, girder bridge
    What is Strut-and-Tie Analysis? What are "Struts" and "Ties" in Strut-and-Tie Analysis? Strut-and-tie analysis visualizes the flow of forces...
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    Expert Tips: Convergence Study in Curved Girder Analysis

    Expert Tips: Convergence Study in Curved Girder Analysis

    Steel Composite, Grillage Analysis, Modeling Technique, Girder, Meshing, Finite Element Analysis, FEA, bridge analysis, torsion, All Frame, FHWA, WSP, curved girder, curved, convergence, mesh refinement, Academic, irregular blog, Tip
    What is Convergence? What is a Convergence Study? It is easy to obtain the result from bridge finite element analysis, but to get more accur...
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