Advanced ETABS V2019 52 stories Tower different seismic sys

Explore the latest advancements in ETABS 2019 with this comprehensive course! This series (Part 1-5) dives deep into the structural design of tall buildings, specifically a 52-story Reinforced Concrete (R.C.) Tower. Learn everything from fundamental structural elements to advanced design considerations.

Part 1: R.C. Tower Design Fundamentals

Master the design of all key structural components including columns, beams, slabs, foundations, and shear walls. Gain practical experience with earthquake and wind design principles. We'll cover crucial aspects like deflection checks and explore different earthquake systems:

• Shear Wall System
• Moment Frame System
• Dual System

Understand the critical importance of thoroughly analyzing earthquake system resistance parameters for tall building design.

Part 4: Viscous Dampers & Outriggers

Discover the benefits and practical application of viscous dampers in mitigating seismic forces. Learn how to effectively model viscous dampers in ETABS V19. We'll also explore outrigger systems – their definition, modeling within ETABS V19, and the advantages they offer in high-rise construction. Crucially, we'll emphasize the need for careful consideration of damper parameters during structural design.

Part 5: Geotechnical Influence on Tall Buildings

This section focuses on the impact of geotechnical parameters on tall building performance. Learn how sub-modulus parameters (including foundation type and soil bearing capacity) affect:

• Story Displacement
• Story Drift
• Foundation Settlement
• Column Forces

Gain a deep understanding of the essential considerations when analyzing geotechnical parameters for robust tall building design. This course provides a practical, step-by-step approach to designing safe and efficient high-rise structures using ETABS.