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The fatigue analysis is one of the assessment methods of bridges. Time History Analysis can be used to calculate the fatigue stresses. In this course, we tried to broaden your understanding of functions that are for time history analysis in midas Civil. In addition, we walked through in detail the process of time history analysis. It will be helpful to most of the bridge engineers who handle the time history analysis.

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Example #1. Integral bridge on piled bank seats 

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Steel composite footbridge Morava project is presented in this session. The structure is described with interesting remarks from the assembly. Practical experience on how to design footbridges that are sensitive to the load imposed by pedestrians is shared. After this session, bridge engineers will understand more deeply how to deal effectively with dynamically loaded bridges.

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In May 2020,  we hosted a webinar, “Mastering midas Civil : Geometry Modeling Techniques for Bridge Engineers Seeking for More" by Jihoon Kang, Training Manager/MIDASIT.

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When you start learning new software, the first thing is to get fully accustomed to its graphical user interface (GUI). The GUI is a point of interaction between a user and software. A complete understanding of the GUI means that the user takes the full advantage of the software's features.
In this session, we introduced the features and the basic skills of using midas Civil's GUI. By becoming familiar with midas Civil interface, the user will confidently build a model and perform numerical analysis.

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Moving loads are one of the most important factors in the bridge design. In this course, we tried to broaden your understanding of vehicle loads to get accurate moving load results. Additionally, we discussed in detail how moving loads affect the analysis results depending on how define traffic line lanes and vehicles are defined. It will be helpful to most bridge engineers who handle moving load factors on a daily basis.

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A girder bridge is one of the most common types of bridge design. Prestressing a composite girder in the negative moment region increases its stiffness by preventing cracking of concrete under service loads. In this webinar, we share the design practices of girder span bridges in Sarawak and show which functions of midas Civil can be utilized for the effective modeling of this type of structure. 

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In this webinar, we will follow a step-by-step modeling example for the transverse analysis using various functions in midas Civil. Additionally, we will provide information about the usage and meaning of each function.

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In this webinar, we will introduce the midas Civil application of the transverse analysis of prestressed concrete box girder in the cable-stayed bridge. 

This case study highlights

1. Modeling Concept

2. Considered Load Case with Functions in midas Civil

3. Considered Boundary Conditions with Functions in midas Civil

4. Post-processing and Other Modeling Applications

The example structure below is the Saemangeum bridge in South Korea. This project is a preliminary design. The structure is a cable-stayed bridge with concrete superstructures, pylons, and piers. The superstructure is composed of pre-stressed concrete girders. The transverse analysis was carried out in midas Civil.