The Power of ABAQUS FEM Simulation: 2D, Three-Dimension High-rise Buildings under Earthquake Forces

In this groundbreaking video, witness the power of ABAQUS simulation as we delve into the realm of three-dimensional high-rise buildings and their resilience against the forces of earthquakes. Join us as we unveil a state-of-the-art analysis, meticulously crafted to showcase the building's ability to withstand intense seismic activity. Explore the intricate details of the simulation, where cutting-edge engineering meets advanced software, resulting in structures that stand tall against nature's most formidable challenges. Discover the secrets behind constructing earthquake-proof high-rises, and gain a deeper understanding of the intricate science and technology that makes these architectural marvels unshakable. Whether you're a civil engineering enthusiast, a curious mind, or simply captivated by the extraordinary, this video promises to enlighten and amaze as we witness the extraordinary power of ABAQUS simulation in safeguarding towering structures.

[susmithdileep]

Could you tell me how you inputted seismic excitation. We have to input the amplitude as tabular right? Where did you get the data from?

[amrmasoud]

To check abaqus accuracy, it must be compared the abaqus results with experiental ones>>> did you that?

[amrmasoud]

concrete or steel ? how to model high rise RC buildings? if used beam elements to model RC columns, they cant permit to insert steel bars inside beam elements in Abaqus, so, how to overcome this issue?