MIDASoft - Bridge Library

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

midas GTS NX Complex

Understanding Creep & Its Effect in Bridges

Shrinkage, Bridge Design, boundary conditions, creep, Bridge Modeling

A concrete specimen when subjected to load undergoes response which is both immediate & time dependent. The time dependent effect can be majorly induced due to creep & shrinkage. If we talk about the deformation induced for a specimen under...

Connecting Meshes Using Links

Structural Analysis, Detailed Analysis, midas FEA NX, boundary conditions, Meshing, Finite Element Analysis, links, rigid link, elastic link, result reporting, comparative study, structural connection

In the previous blog basic finite element mesh explained, we have looked into several types of conventional elements within the 1D, 2D, and ...

Workshop: Application of Boundary Conditions

Application, Modeling Technique, Workshop, boundary conditions, midas Civil

Steel Bridge Nonlinear Buckling Analysis

Detailed Analysis, Nonlinear analysis, boundary nonlinearity, midas FEA NX, boundary conditions, Meshing, Finite Element Analysis, steel bridge, result reporting, buckling, case study, Geometric Nonlinearity

One of the objectives when designing structures is to prevent them from failures. Structural failure can happen when the structural elements...

midas FEA NX: Heat Transfer and Heat of Hydration Analysis

Thermal Analysis, Detailed Analysis, Construction stage analysis, Nonlinear analysis, compressive strength gain, boundary nonlinearity, midas FEA NX, boundary conditions, Meshing, Finite Element Analysis, creep coefficient, material nonlinearity, heat transfer, concrete hydration heat, convection, conduction, heat of hydration

This webinar shows Midas FEA NX's capability in simulating heat transfer within the structure and the heat of hydration analysis with the ti...

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

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...

1 2

Bridge

Building

Geotechnical

Mechanical

Network

Students

Services

Help

MIDASoft - Bridge Library