Introduction To Steel Design Eurocode 3 With Staad Pro Ce

Introduction to Steel Design Eurocode 3 with STAAD Pro CE

What you'll learn

FRAMING FOR STEEL STRUCTURE

SHORTCUT TO DESIGN SIMPLE STRUCTURAL ELEMENTS

BECOME AN INDEPENT ENGINEER

DESIGN STEEL CONNECTIONS

Requirements

GRADUATE BENG OR BSc. Civil Engineer

Description

In this comprehensive course, participants will delve into the fundamentals of steel design using Eurocode 3 standards, coupled with practical applications using STAAD Pro CONNECT EDITION software. Designed for engineers, architects, and students aspiring to master steel structure design, this course offers a hands-on approach to understanding the principles and practices of structural engineering.Course Objectives:Mastering Eurocode 3 Standards: Participants will gain a thorough understanding of the Eurocode 3 standards for steel design, including the latest updates and amendments. Through detailed explanations and real-world examples, students will grasp the essential concepts, such as material properties, member design, connections, and stability considerations.Practical Implementation with STAAD Pro: Leveraging the powerful features of STAAD Pro CONNECT EDITION, participants will learn to translate theoretical knowledge into practical design solutions. From creating 3D models to analyzing and optimizing steel structures, students will develop proficiency in using industry-standard software for structural analysis and design.Structural Modeling and Analysis: Through hands-on exercises and guided tutorials, students will learn to model complex steel structures accurately. They will explore various loading conditions, including gravity loads, lateral loads, and seismic forces, and analyze the structural response to ensure safety and performance.Design Optimization and Code Compliance: With a focus on efficiency and code compliance, participants will learn techniques for optimizing steel structures while meeting Eurocode 3 design requirements. Emphasis will be placed on selecting appropriate sections, detailing connections, and verifying structural stability to achieve optimal design solutions.Real-world Case Studies and Projects: The course will include real-world case studies and design projects, allowing participants to apply their knowledge and skills to practical engineering scenarios. Through project-based learning, students will tackle challenges commonly encountered in steel structure design and gain valuable experience in problem-solving and decision-making.Prerequisites:Basic understanding of structural engineering principlesFamiliarity with software tools for structural analysis and design (preferably STAAD Pro)Knowledge of Eurocode 3 standards is beneficial but not requiredWho Should Attend:Civil and structural engineersArchitects and building designersStudents pursuing degrees in civil engineering or related fieldsJoin us on a journey to explore the fascinating world of steel design with Eurocode 3 and unleash the full potential of STAAD Pro CONNECT EDITION for structural engineering excellence. Whether you're a seasoned professional or a budding engineer, this course offers valuable insights and practical skills to enhance your expertise in steel structure design.

Overview

Lecture 1 DOWNLOADS

Section 1: Introduction to Eurocode

Lecture 2 DAY 1 Introduction

Lecture 3 DAY 2 SYSTEM FRAMING

Lecture 4 DAY 3 REQUIREMENTS FOR STEEL

Lecture 5 DAY 4 LIMIT STATE

Lecture 6 DAY 5 LOAD COMBINATION ACCORDING TO EC0

Section 2: Manual Design of Steel Elements by stress

Lecture 7 Day 6 tension member manual design

Lecture 8 day 7 tension member with staad pro

Lecture 9 Day 8 section classification

Lecture 10 DAY 9 SECTION CLASSIFICATION MANUALLY

Lecture 11 DAY 10 SECTION CLASSIFICATION WITH STAAD

Lecture 12 DAY 11 COLUMN SECTION CLASSIFICATION

Lecture 13 DAY 12 COLUMN DESIGN MANUAL

Lecture 14 DAY 13 COLUMN DESIGN WITH STEEL FOR LIFE

Lecture 15 DAY 13a COLUMN DESIGN WITH STAAD

Lecture 16 DAY 14 OF FULLY RESTRAINED BEAM MANUAL

Lecture 17 DAY 15 OF FULLY RESTRAINED BEAM STAAD

Lecture 18 DAY 16 UNRESTRAINED MEMBER

Section 3: G+10 STEEL BUILDING

Lecture 19 day 17 primary beams and columns creation

Lecture 20 day 18 member releases to primary beams

Lecture 21 day 19 assigning properties to primary beams and stanchion

Lecture 22 day 20 secondary beam creation

Lecture 23 day 21 moment release on secondary beam

Lecture 24 day 22 full storey creation

Lecture 25 day 23 bracing members

Lecture 26 day 24 support assignment

Section 4: LOADING

Lecture 27 day 25 dead load

Lecture 28 Day 26 LIVE load

Lecture 29 day 27 wind load

Lecture 30 day 28 load combination

Lecture 31 Day 29 post processing 1

Lecture 32 day 30 post processing part 2

Section 5: CONNECTIONS

Lecture 33 day 31 steel design

Lecture 34 day 32 BEAM COLUMN FLANGE connection design

Lecture 35 day 33 BEAM COLUMN web connection design

Lecture 36 DAY 34 BASE PLATE PART

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