Structural Steel Member Design with a Practical Example from Udemy

Working in industry can be very challenging due to the gap between academic education and industry. You need to be quick and efficient and at the same, you need to have a good understanding of the theory behind the so many formulas you are trying to solve. For this reason, I have created this course to give you the ability to connect the theory to the final solution.

In this course I will start with an overview of code and design method in Australian Steel Structures standard, AS4100.

Then we will look at the most important parts of the theory of different actions that can be applied on a steel member which are compression loads, tension loads, uniaxial and biaxial bending moments, shear forces as well as combined actions such as bending + axial load, and bending + Shear force for a full steel member design

we will also look at the theory and the practical aspects of every formula and will give you the key points to consider which I have learnt during my work in the industry.

Finally, we will go through a real-life example together to give you the skills required for a full practical steel member design.

By the end of this course, you will be able to do a full steel member design similar to what a professional engineer does in the Australian industry.

What's inside

Syllabus

Introduction

Chapter 1 - Summary of the Design Method

Chapter 2 - Summary of Steel Member Design

Chapter 3 - Axial Compression-Tension Capacity

Chapter 4 - Bending and Combined Bending and Axial Force Capacity Check

Chapter 5 - Shear and Combined Bending and Shear Capacity Check

Chapter 6 - Practical Example

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Structural Steel Member Design with a Practical Example with these activities:

Review Structural Mechanics Fundamentals

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Reinforce your understanding of fundamental concepts like stress, strain, bending moments, and shear forces. A solid grasp of these principles is crucial for understanding the behavior of steel members under load.

Browse courses on Structural Mechanics

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Review textbooks or online resources covering statics and mechanics of materials.
Work through practice problems related to stress, strain, and bending.

Review 'Australian Steel Design Handbook'

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Familiarize yourself with the Australian Steel Design Handbook. This is a crucial reference for practical steel design in accordance with AS4100.

View Putting Knowledge to Work on Amazon

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Obtain a copy of the 'Australian Steel Design Handbook'.
Browse the handbook to understand its organization and content.
Focus on sections related to member capacities and design examples.

Read 'Steel Structures: Behavior and Design' by Salmon and Johnson

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Gain a deeper understanding of steel behavior and design principles. This book provides a comprehensive theoretical foundation for the practical applications covered in the course.

View Steel Structures: Design and Behavior on Amazon

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Obtain a copy of 'Steel Structures: Behavior and Design' by Salmon and Johnson.
Read chapters relevant to compression, tension, bending, and shear.
Work through example problems in the book.

Three other activities

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Solve AS4100 Example Problems

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Solidify your understanding of AS4100 by working through example problems. This will help you apply the code provisions to real-world scenarios.

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Find a collection of solved example problems based on AS4100.
Attempt to solve each problem independently before reviewing the solution.
Analyze your mistakes and identify areas where you need more practice.

Design a Simple Steel Beam

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Apply your knowledge by designing a simple steel beam for a given load and span. This will reinforce your understanding of the design process and code requirements.

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Define the load and span requirements for the steel beam.
Select an appropriate steel section based on preliminary calculations.
Verify the adequacy of the chosen section according to AS4100.
Document your design calculations and assumptions.

Steel Column Design Project

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Undertake a project to design a steel column, considering various loading conditions and end restraints. This will allow you to apply the course concepts in a more comprehensive manner.

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Define the design requirements for the steel column, including loads, height, and end conditions.
Select a suitable steel section and verify its capacity according to AS4100.
Check for buckling and other stability issues.
Prepare a detailed design report with calculations and drawings.

Career center

Learners who complete Structural Steel Member Design with a Practical Example will develop knowledge and skills that may be useful to these careers:

Structural Engineer

As a structural engineer, you ensure the safety and stability of buildings and infrastructure. This course helps bridge the gap between theoretical knowledge and practical application in structural steel member design, which is a core skill for structural engineers. You learn about Australian standards (AS4100) and apply them to real-world scenarios. This course can help you efficiently resolve bending moments, shear forces, compression loads, and combined actions, which are crucial for designing safe and reliable structures. The practical example provided gives you insights into the day-to-day tasks of a structural engineer.

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Civil Engineer

Civil engineers plan, design, and oversee the construction and maintenance of infrastructure projects. This course provides a practical understanding of steel member design, a key aspect of civil engineering projects involving steel structures. The course dives into various actions on steel members, like compression, tension, and bending, This knowledge is necessary for civil engineers to ensure structural integrity. If you want to become a Civil Engineer, this course guides you through the design process in accordance with Australian standards, equipping you with practical skills to apply theory to real-world projects.

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Bridge Engineer

Bridge engineers specialize in the design, construction, and maintenance of bridges. A bridge engineer needs a deep understanding of structural steel member design to ensure the safety and durability of bridge structures. A bridge engineer can benefit from the course's detailed coverage of Australian standards (AS4100) and practical examples, preparing you for the challenges of designing and assessing bridge components. The practical example provides insights into real-world bridge design considerations.

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Design Engineer

Design engineers are responsible for creating detailed technical plans and specifications for various engineering projects, using software and their engineering knowledge. They require a solid understanding of steel member design to develop efficient and safe structures. The course emphasizes the practical aspects of design, including the application of Australian standards (AS4100). If you want to become a Design Engineer, this course will guide you through compression loads, tension loads, uniaxial and biaxial bending moments, and shear forces, providing the necessary skills for creating comprehensive structural designs.

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Structural Engineering Technician

Structural engineering technicians assist structural engineers with design, drafting, and analysis tasks. They need a strong foundation in steel member design principles to support the work of engineers. This course offers a focus on practical applications, bending and combined bending and axial force capacity check, along with Australian standards (AS4100). This prepares you for assisting in steel-related projects. As a Structural Engineering Technician, this knowledge enhances your ability to create accurate drawings, perform calculations, and contribute to the design process.

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Consulting Engineer

Consulting engineers provide expert advice and design services on a variety of engineering projects. A consulting engineer applies knowledge of Australian standards (AS4100) and practical steel member design to offer informed recommendations to clients. This course, covering axial compression-tension capacity check, bending, and shear capacity check, will help you to improve your ability to analyze complex structural problems and propose effective solutions.

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Project Engineer

Project engineers manage engineering projects from start to finish, coordinating teams and ensuring technical requirements are met. Project Engineers need a broad understanding of engineering principles, including steel member design. This course's focus on practical applications and Australian standards (AS4100) allows project engineers to oversee steel-related aspects of projects with confidence. Going through the design method summary, axial compression-tension capacity, and practical example helps project engineers make informed decisions and effectively communicate with design and construction teams.

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Construction Manager

Construction managers oversee construction projects, ensuring they are completed safely, on time, and within budget. This course provides an understanding of steel member design principles, enabling Construction Managers to better coordinate with structural engineers and subcontractors. A construction manager benefits from its coverage of Australian standards (AS4100) and practical examples. This course helps bridge the gap between design and execution, helping construction managers communicate effectively and make well-informed decisions regarding steel elements in construction.

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Lecturer

Lecturers in engineering programs educate the next generation of engineers. This course, which is based on the Australian Steel Structures standard AS4100, helps lecturers ensure their curriculum reflects current industry practices. If you want to become a Lecturer, this course gives you practical examples and insights into the challenges of structural steel member design. You can use elements of this course to enhance your teaching and prepare students for real-world applications.

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Steel Detailer

Steel detailers create detailed drawings and specifications for steel structures, translating engineering designs into practical fabrication plans. This course provides a strong foundation in steel member design principles and Australian standards (AS4100). Steel detailers may find this course helpful to understand the design intent behind the drawings they create, allowing them to identify potential issues and improve the accuracy and efficiency of their work. Its coverage of bending and combined shear capacity checks would be particularly useful.

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Quality Control Engineer

Quality control engineers ensure that materials and construction processes meet specified standards and regulations. A quality control engineer may find this course helpful to understand the design considerations and potential failure modes of steel members. The course describes the most important parts of the theory of different actions that can be applied on a steel member. This knowledge is useful for creating effective inspection and testing procedures to verify the integrity of steel structures.

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Research and Development Engineer

Research and development engineers investigate and develop new engineering technologies and solutions. An R&D Engineer would benefit from the course's coverage of design method summaries, axial compression-tension capacity, and shear capacity checks. This course will guide the R&D Engineer to deepen their understanding of existing steel design practices and Australian standards (AS4100). This provides a solid foundation for their research efforts.

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Building Inspector

Building inspectors examine buildings and structures to ensure compliance with building codes and regulations. This course can provide a foundational knowledge of steel member design principles and Australian standards (AS4100). Building inspectors may find this course helpful to identify potential structural issues related to steel elements and determine whether a structure meets required safety standards. The topics on axial compression tension capacity may be especially useful.

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Quantity Surveyor

Quantity surveyors manage the costs of construction projects, estimating materials and labor expenses. Although not directly involved in design, quantity surveyors benefit from a basic understanding of steel member design. This course provides insights into the complexities of steel structures and Australian standards (AS4100), helping quantity surveyors accurately estimate the costs associated with steel materials and fabrication. The introduction and practical example will be most useful.

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Sustainability Consultant

Sustainability consultants advise organizations on how to reduce their environmental impact and improve sustainability practices. This course may be useful as it provides an understanding of steel member design and manufacturing options, and Australian standards. A sustainability consultant can use this course to provide guidance on material selection, efficient design practices, and steel recycling, contributing to more sustainable construction projects. The introduction and summary of steel member design may be especially useful.

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Reading list

We've selected two books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in Structural Steel Member Design with a Practical Example.

Putting Knowledge to Work

Save

This handbook is an essential reference for steel design in Australia. It provides detailed information on section properties, design capacities, and code requirements. It practical resource for engineers working with AS4100. will be a useful reference for practical design examples.

Putting Knowledge to Work

Paperback

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Putting Knowledge to Work

Kindle Edition

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Steel Structures

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Provides a comprehensive overview of steel structure behavior and design principles. It valuable resource for understanding the theoretical underpinnings of steel design. It is often used as a textbook in structural engineering courses. Reading this book will provide a deeper understanding of the concepts covered in the course.

Steel Structures: Design and Behavior

Hardcover

$$$$

Structural Steel Member Design with a Practical Example

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What's inside

Syllabus

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Activities

Career center

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