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Design the High Rise Buildings ( Level 2 )

Mohammed Ashraf Mostafa

4.2

Based on 27 ratings

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Mohammed Ashraf Mostafa

In This level you will learn how to revise your model and checking a lot of effected factors in structural design .Those factors will be mentioned below :

Part 1 ( ETABS Model )

In This level you will learn how to revise your model and checking a lot of effected factors in structural design .Those factors will be mentioned below :

Part 1 ( ETABS Model )

Check Load Combinations .
Check Static Seismic Forces AS Per UBC97.
Check Dynamic Seismic Forces AS Per UBC97.
Check P-Delta Analysis
Check the Mass Source.
Check The Time Period.
Check The Mode Shapes.
Check The Wind Tunnel .
Check The Base Shear As Per UBC97
Check Displacement Per Wind As Per ASCE7-16
Check The Overturning Moment.
Check Seismic Drift As Per UBC97
Design All Members Using ACI318M-14

Part 2 ( SAFE Model )

Check The Materials, Slabs thickness, Rebars and loads
Check Load Combinations As Per ACI318M-14
Draw the strips for designing .
Check Automatic Mesh.
Check the Stiff Areas.
Check The Deflection As Per ACI318M-14
Design The Slab AS Per ACI318M-14
Check The Punching AS Per ACI318M-14

At the end you will have the required information to start designing your first tower or skyscraper building with the acceptable values from designed codes.

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What's inside

Syllabus

At the end of this section you will be able to understated about ( Drifts, Wind Tunnel,Mass Source,P-delta,Punching,long term def. ...etc ) and could you do the checking by yourself on ETABS.&SAFE

Part 1 ( ETABS Model )

Check Load Combinations .
Check Static Seismic Forces AS Per UBC97.
Check Dynamic Seismic Forces AS Per UBC97.

Part 1 ( ETABS Model )

Check P-Delta Analysis
Check the Mass Source.
Check The Time Period.

Part 1 ( ETABS Model )

Check The Mode Shapes

Part 1 ( ETABS Model )

Check The Wind Tunnel (Using HFB Test).

Part 1 ( ETABS Model )

Check The Base Shear As Per UBC97
Check Displacement Per Wind As Per ASCE7-16
Check The Overturning Moment.

Part 1 ( ETABS Model )

Check Seismic Drift As Per UBC97

Part 1 ( ETABS Model )

Design All Members Using ACI318M-14

Part 2 ( SAFE Model )

Check The Materials, Slabs thickness, Rebars and loads
Check Load Combinations As Per ACI318M-14

Part 2 ( SAFE Model )

Draw the strips for designing .
Check Automatic Mesh.
Check the Stiff Areas.

Part 2 ( SAFE Model )

Check The Deflection As Per ACI318M-14
Design The Slab AS Per ACI318M-14
Check The Punching AS Per ACI318M-14

This short video shown a short content what we will learn from the third level of our serise ...

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Employs ETABS and SAFE software, which are widely used in the structural engineering industry for analyzing and designing buildings

Focuses on high-rise buildings, which require specialized knowledge of structural behavior under various loads and environmental conditions

References UBC97 and ASCE7-16, which may be outdated codes and standards depending on the jurisdiction of the project

Utilizes ACI318M-14, which is a standard for structural concrete design, providing learners with practical knowledge for real-world applications

Requires familiarity with structural analysis principles and software, suggesting it is intended for intermediate-level learners

Builds upon prior knowledge from a previous course ('Level 1'), indicating that it is part of a series and requires sequential learning

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Reviews summary

Highly positive high-rise structural design course

According to learners, this course is a perfect course for high-rise building analysis and design. Students consistently describe the content as very good, excellent, and valuable. They found the explanations clear, concise, simple, and to the point. Reviewers noted that the course deals with real project scenarios, making it very helpful for practical application. Overall, the feedback is overwhelmingly positive, with many considering it one of the best courses they have found on the subject.

Focuses on real projects and practical use.

"it is a perfect course on high rise building analysis and design . it deals with real project."

"very good and very helpful"

"Good to cover the main ideas"

"It is useful"

Explanations are clear, simple, and direct.

"very concise, simple and precise."

"Clear and to the point.."

"Clear content"

Course material is consistently rated highly.

"The content is very good.."

"very good for the content and valuable"

"Excellent content"

"Good content"

"very good for the content"

"it is a perfect course on high rise building analysis and design..."

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 Design the High Rise Buildings ( Level 2 ) with these activities:

Review UBC 97 Seismic Design Requirements

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Refresh your understanding of the UBC 97 seismic design requirements to better grasp the code-specific checks performed in ETABS.

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Review the relevant sections of UBC 97.
Summarize key equations and requirements.
Practice applying the code to simple structures.

Review 'Reinforced Concrete Design'

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Study a book on reinforced concrete design to reinforce your understanding of ACI 318 code requirements.

View Reinforced Concrete: Mechanics and Design,... on Amazon

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Read chapters on slab and column design.
Summarize key ACI 318 provisions.
Relate the book's content to the course's design examples.

Review 'Structural Analysis and Design of Tall Buildings'

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Study a book on tall building design to gain a deeper understanding of the underlying principles and challenges.

View Reinforced Concrete Design of Tall Buildings on Amazon

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Read chapters on wind and seismic analysis.
Summarize key design considerations.
Relate the book's content to the course's ETABS and SAFE models.

Four other activities

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ETABS Model Verification Exercises

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Practice verifying ETABS models against hand calculations to ensure accuracy in load application and analysis results.

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Select a simple ETABS model.
Calculate base shear and overturning moment by hand.
Compare hand calculations to ETABS results.
Identify and correct any discrepancies.

Explore Advanced SAFE Modeling Techniques

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Follow online tutorials to learn advanced SAFE modeling techniques for slab design and punching shear checks.

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Search for tutorials on SAFE slab design.
Follow a tutorial on modeling stiff areas.
Practice modeling and analyzing a slab in SAFE.

Develop a Checklist for High-Rise Design

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Create a comprehensive checklist based on the course content to ensure all critical design checks are performed for high-rise buildings.

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Review course materials and notes.
List all required checks for ETABS and SAFE models.
Organize the checklist by category (e.g., loads, analysis, design).
Add references to relevant code sections (ACI, ASCE, UBC).

Contribute to an Open Source Structural Analysis Project

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Contribute to an open-source structural analysis project to gain practical experience and deepen your understanding of structural engineering principles.

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Find an open-source structural analysis project.
Identify a bug or feature to work on.
Contribute code or documentation to the project.

Career center

Learners who complete Design the High Rise Buildings ( Level 2 ) will develop knowledge and skills that may be useful to these careers:

Structural Engineer

A structural engineer analyzes, designs, and oversees the construction of structures, ensuring their safety and stability. This course helps you understand factors affecting structural design, such as load combinations, seismic forces, and wind loads, all crucial for a structural engineer. The course's focus on checking static and dynamic seismic forces, P-delta analysis, and wind tunnel effects provides a strong foundation for designing high-rise buildings. The course's coverage of ETABS and SAFE models could be particularly relevant for designing towers and skyscrapers.

See salaries and explore the career path for Structural Engineer

Structural Designer

Structural designers create detailed plans and drawings for structures, working closely with structural engineers. This course provides practical knowledge relevant to a structural designer working on high-rise projects. The course's content on load combinations, seismic forces, and wind loads directly informs the design process, ensuring compliance with codes and standards. By learning to use ETABS and SAFE models, designers will better understand the safety factors involved in a high rise build.

See salaries and explore the career path for Structural Designer

Civil Engineer

Civil engineers plan, design, and supervise the construction and maintenance of infrastructure projects. This course is useful for civil engineers specializing in structural design. The course content, which includes checking load combinations, seismic forces per UBC97, and wind tunnel analysis, supports the design and construction of safe, high-rise buildings. Specifically, the course content on ETABS and SAFE models would be useful for someone interested in high rise construction. The methods for checking displacement per wind and seismic drift will be very applicable to the role.

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Architectural Engineer

Architectural engineers apply engineering principles to the design, construction, and operation of buildings, focusing on the integration of architectural and structural systems. For an architectural engineer, the course helps build expertise in structural design considerations for high-rise buildings. The course's content on checking load combinations, seismic forces, and wind tunnel effects helps ensure structural integrity and safety. This course, with its emphasis on using ETABS and SAFE models, would be particularly useful for designing and analyzing the structural components of high-rise buildings.

See salaries and explore the career path for Architectural Engineer

Project Engineer

Project engineers assist in the planning, design, and execution of engineering projects. This course is useful to project engineers involved in high-rise construction. The course's focus on structural design factors, such as load combinations, seismic forces, and wind loads, helps contribute to informed decision-making. Familiarity with ETABS and SAFE models, as covered in the course, facilitates communication with structural engineers and aids in project coordination.

See salaries and explore the career path for Project Engineer

Construction Manager

Construction managers plan, coordinate, and oversee construction projects from start to finish. This course may be useful for construction managers involved in high-rise building projects. This course provides a deeper understanding of the structural design principles and considerations essential for ensuring project success. The course's content on checking various factors in structural design using ETABS and SAFE models can aid in making informed decisions throughout the construction process. This knowledge facilitates better communication with engineers and helps anticipate potential structural issues.

See salaries and explore the career path for Construction Manager

Construction Project Manager

Construction project managers oversee the entire construction process, from initial planning to final completion. This course may be helpful for construction project managers involved with high-rise buildings. An understanding of structural design principles, as taught in the course, helps in coordinating different aspects of the project. The content on checking load combinations, seismic forces, and wind loads helps ensure that the project adheres to safety standards. Learning about ETABS and SAFE models facilitates communication with the structural engineering team.

See salaries and explore the career path for Construction Project Manager

Building Inspector

Building inspectors examine structures to ensure compliance with building codes and regulations. The principles taught in this course may be helpful for building inspectors involved in the assessment of high-rise buildings. The course's content on checking load combinations, seismic forces, and wind loads gives a deeper understanding of the structural integrity of these buildings. This awareness helps ensure public safety through identifying potential hazards.

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CAD Technician

CAD technicians use computer-aided design software to create technical drawings and models. This course may be useful for CAD technicians supporting structural engineers in high-rise building projects. The course's emphasis on ETABS and SAFE models may deepen understanding of structural design principles. This enhances abilities to accurately represent structural designs in CAD software. The course content on checking various design factors can enhance the precision and detail of technical drawings.

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Geotechnical Engineer

Geotechnical engineers investigate subsurface conditions and materials to assess the stability of foundations and earthworks. This course may be useful to geotechnical engineers working on high-rise projects. The course's focus on structural design factors, such as seismic forces and overturning moments, helps understand how the building interacts with the ground. This understanding helps geotechnical engineers make informed recommendations regarding foundation design and soil stabilization.

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Professor of Structural Engineering

Professors of structural engineering teach engineering principles and conduct research in structural mechanics. This course may be useful for professors of structural engineering who wish to refresh or deepen their understanding of high-rise building design. The course's content on checking load combinations, seismic forces, and wind loads can be useful for teaching and research purposes. The course's practical approach, using ETABS and SAFE models, provides real-world examples that could be integrated into course curricula. This role typically requires a PhD.

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Facilities Manager

Facilities managers are responsible for the maintenance and operation of buildings and facilities. This course may be helpful for anyone managing high-rise buildings. The course's content on structural design factors, like load combinations and material checks, helps in understanding the building's integrity. This understanding aids in preventive maintenance and identifying potential structural issues.

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Real Estate Developer

Real estate developers oversee the planning, financing, and construction of real estate projects. This course may be useful for real estate developers involved in high-rise projects. Understanding the structural design process, as covered in the course, helps make informed decisions about building design and construction. The course's content on ETABS and SAFE models helps in assessing the feasibility and risks associated with different structural designs.

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Sustainability Consultant

Sustainability consultants advise on environmentally friendly practices in construction and building design. This course may be useful for sustainability consultants involved in high-rise projects, especially if they wish to deepen their knowledge about structural considerations. While the course does not directly address sustainability, understanding the structural design process, including load considerations and material choices, can inform more sustainable building practices. Understanding the use of ETABS and SAFE models helps assess the impact of different design choices.

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Urban Planner

Urban planners develop plans and programs for land use, transportation, and community development. This course may be helpful for urban planners working in cities with high-rise buildings. While it is not directly related to urban planning, understanding the structural considerations involved in designing high-rise buildings can provide a broader perspective on urban development. The course's content on seismic forces and wind loads helps in understanding the environmental factors that impact building design.

See salaries and explore the career path for Urban Planner

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 Design the High Rise Buildings ( Level 2 ).

Reinforced Concrete: Mechanics and Design, Global...

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Standard textbook on reinforced concrete design, covering the principles and practices of designing concrete structures according to ACI 318. It provides detailed explanations of design procedures for beams, columns, slabs, and foundations. This book is particularly useful for understanding the ACI 318 code requirements used in the course for member design and checking punching shear. It is commonly used as a textbook at academic institutions and by industry professionals.

Reinforced Concrete: Mechanics and Design, Global...

Paperback

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Reinforced Concrete: Mechanics and Design, Global...

Kindle Edition

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Tall Building Design

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Provides a comprehensive overview of the structural analysis and design principles specific to tall buildings. It covers topics such as wind and seismic analysis, P-delta effects, and design considerations for various structural systems. This book valuable resource for understanding the complexities of high-rise building design and complements the software-focused approach of the course. It is commonly used as a reference by structural engineers.

Reinforced Concrete Design of Tall Buildings

Hardcover

$$$$

Structural Analysis and Design of Tall Buildings:...

Hardcover

$$$$

Tall Building Design: Steel, Concrete, and...

Hardcover

$$$$

Steel, Concrete, and Composite Design of Tall and...

Hardcover

$$$$