Etabs Structural Desig - Stiffness Center, Wall Capacity (4)

[LeeAndro]

Last updated 2/2022MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHzLanguage: English | Size: 813.43 MB | Duration: 1h 32m

Specialized Structural Masonry Project

What you'll learn
Stiffness Center Correction
Static Vs Dynamic Cut
Walls capacity demand
Slab Mesh Floor
Requirements
Interest in the calculation of Structural Masonry
Description
Course DefinitionPrepare a real project of housing with Structural Masonry Walls, using the most powerful tool on the market in structural calculation Software ETABS 17.​

0.1Explain in detail everything related to the regulations: Regulations for Design and Construction of Buildings in Structural Masonry R-027. and the latter will be compared with the ACI318-14 recommendations regarding the design of shear walls.Explain in detail everything related to the regulations: Regulation for Seismic Analysis and Design of Structures R-001.Detailing of a Structural Masonry Wall.Incorporation to the Model of the Design of Foundations of running footings, using Interaction-Soil-Structures. In addition, there will be a Real Land Study of the AreaWhat will the user learnStructural Masonry with ETABS 17.0.1-Module P4Center of Stiffness Correction, Wall Capacity Demand, Static Vs Dynamic Cut, Drift Calculation, Floor Slab Mesh, Dead Load Adjustment.This module includes:Lecture 1: IntroductionLecture 2: P2 Stiffness Center CorrectionLecture 3: P3 Stiffness Center CorrectionLecture 4: P4 Stiffness Center CorrectionLecture 5: Walls capacity demandLecture 6: Static Vs Dynamic CutLecture 7: Drift CalculationLecture 8: Slab Mesh FloorLecture 9: Dead Load Adjustment#AulaGEO - 4The AulaGeo team worked hard on this course. It was developed in Spanish by Orozco, voiced by Gabriella for English speaking students.

Overview

Section 1: Introduction

Lecture 1 Introduction

Section 2: Stiffness Center and walls capacity

Lecture 2 P2 Stiffness Center Correction

Lecture 3 P3 Stiffness Center Correction

Lecture 4 P4 Stiffness Center Correction

Lecture 5 Walls capacity demand

Section 3: Static Vs Dynamic Cut

Lecture 6 Static Vs Dynamic Cut

Section 4: Drift, slabs and dead load calculation

Lecture 7 Drift Calculation

Lecture 8 Slab Mesh Floor

Lecture 9 Dead Load Adjustment

Section 5: Buiding design - introduction

Lecture 10 Buiding design - introduction

Eeering students, Eeers with or without experience, and Architects.

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