mbinar - C|SD - Grundlagen der FEM: Stabilitäts-, Dynamische und Kinematische Berechnungen

This online course covers essential fundamentals of eigenvalue problems in finite element theory. As a user in structural engineering, you will encounter these concepts when applying the FE method, for example, in stability or dynamic analyses. In addition to conveying the theoretical foundations, practical examples using MicroFe and EuroSta are presented. This course covers important fundamentals of eigenvalue problems in finite element theory. 00:00:00 Start 00:00:25 Introduction and Overview 00:00:50 Theoretical Foundations of the Eigenvalue Problem 00:16:20 Dynamic Calculation 00:19:20 Application Examples 1 and 2 for Dynamic Calculation in MicroFe 00:31:32 Application Example 3 "Exterior Staircase", for Dynamic Calculation in MicroFe 00:33:55 Stability Calculation 00:40:52 Application Example 4 "Steel Hall", for Stability Calculation 00:48:36 Application Example 5 "Reinforced Concrete Structure", for Stability Calculation 00:51:07 Numerical Calculation 00:54:11 Application Example 6 "High-Rise Building", for Numerical Calculation (Place-Digit Accuracy) 00:58:44 Kinematic Calculation 01:01:23 Application Example 7 "Reinforced Concrete Structure", for Kinematic Calculation Calculation 01:08:40 Application of Residual Stiffnesses 01:11:53 Conclusion Further information on MicroFe can be found on our website: https://www.mbaec.de/produkte/microfe/ References: S. Hohenstern - Imperfections in EuroSta (mb-news 07-16) https://www.mbaec.de/fileadmin/docume... J. G. Löwenstein - Multi-Story Structures (mb-news 03-11) https://www.mbaec.de/fileadmin/docume... Further mbtutorials: Earthquake Analysis with MicroFe 2019    • Erdbebenanalyse mit MicroFe 2019