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Structure Solfware 1

The course SSBD413417E focuses on using specialized software like ETABS and SAFE for modeling and analyzing structural systems. Students will learn to analyze internal forces and displacements for structural design, with assessments including formative tasks and a final exam. The course covers both 2D and 3D modeling, as well as slab and foundation design using SAFE.
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0% found this document useful (0 votes)
21 views17 pages

Structure Solfware 1

The course SSBD413417E focuses on using specialized software like ETABS and SAFE for modeling and analyzing structural systems. Students will learn to analyze internal forces and displacements for structural design, with assessments including formative tasks and a final exam. The course covers both 2D and 3D modeling, as well as slab and foundation design using SAFE.
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© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
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Download as PDF, TXT or read online on Scribd
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Lecture Notes:

SSBD413417E: Structural Software for Building Analysis and Design

Phong T. T. Nguyen, PhD

Department of Structural Engineering


Faculty of Civil Engineering
HCMC University of Technology and Education
OBJECTIVES OF THE COURSE

OBJECTIVES:

❑ Provide basic knowledge and skills in using specialized software such as ETABS, SAFE … for
modeling and analyzing different kinds of structural systems.

❑ Able to use results (stress resultants, e.g., bending moments, shear forces, displacements,…)
obtained from the software for structural design.

COURSE OUTCOMES:

❑ Explaining concepts, terminology and rules used in ETABS, SAFE software

❑ Analyzing and determining the values of internal forces, displacements and other parameters
for structural design

Phong Nguyen Introduction 4


Outline:

❖ W1: Introduction
❖ W2-W3 : Modeling of 2D frame systems
❖ W4-7: Modeling of 3D frame systems
❖ W8: Using SAFE to model and design slabs
❖ W9: Using SAFE to model and design foundations

Phong Nguyen Introduction 5


ASSESSMENTS

ASSESSMENTS:

❑ Attendance: required

❑ Formative assessments: 50%

❖ 2D frame (15%)

❖ 3D frame (20%)

❖ Safe (15%)

❑ Final exam: 50%

Ref.: Course syllabus

Phong Nguyen Introduction 6


LEARNING AND TEACHING METHODS

LEARNING MANAGEMENT SYSTEM:

❑ UTEXLMS: fhqx.hcmute.edu.vn

❖ Syllabus, video of lecture, lecture notes,

❖ Textbook and references

LEARNING METHOD:

❑ Hard working on worked exercises

❑ Following video of lectures

❑ Engaging in Q & A

Phong Nguyen Introduction 7


LEARNING AND TEACHING METHODS

TEXTBOOKS

REFERENCES:

Phong Nguyen Introduction 8


Week 1: Introduction

Outline:
1. Overview of ETABS and SAFE software
2. Introduction to the interface of ETABS software
3. Introduction to the steps to model, calculate and design
structures.
4. Some example about simply structures. Compare results of
from ETABS software with direct solutions.
1. Sap2000, ETABS and SAFE

➢ SAP2000, ETABS and SAFE are software packages from Computers and Structures,
Inc. for structural analysis and design. Each package is a fully integrated system for
modeling, analyzing, designing, and optimizing structures of a particular type:
▪ SAP2000 for general structures, including bridges, stadiums, towers, industrial plants,
offshore structures, piping systems, buildings, dams, soils, machine parts and many
others.
▪ ETABS for building structures
▪ SAFE for floor slabs and base mats

➢ ETABS can be able to model structural systems similar to real structures

➢ The ETABS building is idealized as an assemblage of area, line and point objects.
Those objects are used to represent wall, floor, column, beam, brace and link/spring
physical members.
Joints
Column
Elements

Fig. 1. Idealized structural model


Element
Joint
Joint

Element

Fig. 2. Idealized Structural Model Fig 3. Idealized Structural Model


Phong Nguyen Introduction 14
3.General Procedure

▪ Grid lines and story related information


▪ Define material properties
▪ Line elements and their section properties
▪ Area elements and their section properties
▪ Assign loads for point, line and area elements
▪ Assign supports
3.General Procedure
What ETABS Can Do

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