Loadings on structures can be idealized as static loads. And the static loads can be applied in the structural analysis. The static loads include the nodal load, distributed load, and pressure load in the structural analysis. midas Civil provides various load types to cover loading conditions widely. In this webinar, we will take a look at how static load types are applied and which static load types are available. The webinar contains training for using Static Loads function in midas Civil. Furthermore, it introduces some application models to check how Static Loads function is used. We recommend this webinar to beginners of midas Civil or engineers who are not familiar with FEM SW.
Key Point 1: Basic training for using static loading
We will see load types in Static Loads function of midas Civil. And also, we will take a look at demonstrations about frequently used types in Static Loads function.
Key Point 2: Application models under static loading
We will see application models including static load types. While we take a look at example models, we will check how static load types are used to loading conditions.
Key Point 3: Tips and advanced features
Static load types can be applied quickly. midas Civil has several options to speed up user's tasks. This webinar will show some useful options. And also, we will have a look at additional options for advanced analysis.
Civil Engineer, M.Sc / Technical Engineer, MIDASIT
His main role is to communicate with bridge engineers around the world and enable them to successfully complete their bridge projects with midas Civil. As he resolves technical issues that bridge engineers have, he knows what kinds of difficulties that bridge engineers often face.
