Design of mound breakwaters for feasibility studies. Cubipod® Manual 2016 from edX

This course is intended for professionals of coastal and port engineering who work in the preliminary design and feasibility studies of breakwaters. The course is planned for civil engineers and other professionals familiar with common coastal and port engineering concepts and terminology. The goal of this course is to provide the tools to create feasible designs of mound breakwaters protected with Cubipod® armors fulfiling the prescribed economic, functional and safety requirements. Cubipod® is a massive concrete armor unit, the only one which can be safely and easily used in single- and double-layer armoring. This course will be beneficial if you are a civil engineer analyzing variants for breakwaters and feasibility studies.

This course is focused on Cubipod® armored breakwaters, considering the logistic constraints and minimizing the economic cost as well as the carbon and energy footprints. During the feasibility studies, different workable preliminary designs are compared; later, several alternatives are analyzed in detail. This course facilitates the preliminary design of single- and double-layer Cubipod® armored breakwaters. This course is organized in seven modules corresponding to the seven chapters of the Cubipod® Manual 2016, which will be used as the basic reference book.

What you'll learn

In this course you will learn:

the main characteristics of mound breakwaters and armor layers,
the fundamental concepts to be taken into consideration to study alternatives and to estimate costs, with special attention on the use of Cubipods to protect mound breakwaters,
the estimation of the hydraulic stability of single- and double-layer Cubipod® armors, run-up, overtopping and forces on crown walls,
the assessment of the structural integrity of Cubipods, the manufacturing process, handling, stacking and placement on the armor layer and
the rules to make a preliminary design of a Cubipod® armored mound breakwater. The objective is to learn how to find feasible designs of single- or double-layer Cubipod® armored breakwaters fulfiling the prescribed economic, functional and safety requirements.

What's inside

Learning objectives

The main characteristics of mound breakwaters and armor layers,
The fundamental concepts to be taken into consideration to study alternatives and to estimate costs, with special attention on the use of cubipods to protect mound breakwaters,
The estimation of the hydraulic stability of single- and double-layer cubipod® armors, run-up, overtopping and forces on crown walls,

The assessment of the structural integrity of cubipods, the manufacturing process, handling, stacking and placement on the armor layer and
The rules to make a preliminary design of a cubipod® armored mound breakwater. the objective is to learn how to find feasible designs of single- or double-layer cubipod® armored breakwaters fulfiling the prescribed economic, functional and safety requirements.

The main characteristics of mound breakwaters and armor layers,
The fundamental concepts to be taken into consideration to study alternatives and to estimate costs, with special attention on the use of cubipods to protect mound breakwaters,
The estimation of the hydraulic stability of single- and double-layer cubipod® armors, run-up, overtopping and forces on crown walls,
The assessment of the structural integrity of cubipods, the manufacturing process, handling, stacking and placement on the armor layer and
The rules to make a preliminary design of a cubipod® armored mound breakwater. the objective is to learn how to find feasible designs of single- or double-layer cubipod® armored breakwaters fulfiling the prescribed economic, functional and safety requirements.

Syllabus

Introduction

Hydraulic stability of the armor layer

Overtopping and forces on crown wall

Structural integrity of cubipod® armor units

Manufacture, handling and stacking of cubipods

Cubipod® placement in the armor

Example. Preliminary design of a mound breakwater

Final exam

Good to know

Know what's good

, what to watch for

, and possible dealbreakers

Specifically analyzes bespoke and prefabricated concrete armor units known as Cubipod® and provides guidance regarding their use in breakwater constructions

Taught by María Esther Gómez-Martín and Josep Ramón Medina Folgado, both recognized academics in the field of coastal and port engineering

Responds to the need for professionals with knowledge of the specific design and construction challenges of breakwaters

Focuses on developing skills in preliminary design and feasibility studies, critical for coastal engineering professionals

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 of mound breakwaters for feasibility studies. Cubipod® Manual 2016 with these activities:

Review hydraulic stability of armor layers

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Review the concepts of hydraulic stability of armor layers to strengthen your understanding of the course materials.

Browse courses on Hydraulics

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Revisit the principles of hydraulic stability
Examine different types of armor layers
Analyze factors affecting hydraulic stability

Solve practice problems on overtopping and forces on crown walls

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Engage in practice problems to reinforce your understanding of overtopping and forces acting on crown walls in breakwater design.

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Gather practice problems and solutions
Attempt to solve the problems independently
Review solutions and identify areas for improvement

Design a single-layer Cubipod® armored breakwater

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Create a design for a single-layer Cubipod® armored breakwater to apply the concepts learned in the course.

Browse courses on Breakwater Design

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Determine the design parameters
Select the appropriate armor unit size
Calculate the required layer thickness
Design the toe and crest structures

One other activity

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Attend an industry workshop on mound breakwater design

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Attend an industry workshop to gain practical insights and network with professionals in the field of mound breakwater design.

Browse courses on Breakwater Design

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Identify relevant industry workshops
Register for the workshop
Attend the workshop and actively participate

Career center

Learners who complete Design of mound breakwaters for feasibility studies. Cubipod® Manual 2016 will develop knowledge and skills that may be useful to these careers:

Coastal Engineer

Coastal Engineers design and manage coastal infrastructure, such as beaches, dunes, and breakwaters. They also study the effects of waves, tides, and storms on coastal ecosystems. This course can help Coastal Engineers gain the skills and knowledge needed to design and construct mound breakwaters, which are a type of coastal infrastructure used to protect harbors and shorelines from waves and storms. The course covers the hydraulic stability of armor layers, overtopping and forces on crown walls, and the structural integrity of Cubipod® armor units, which are commonly used in mound breakwaters.

See salaries and explore the career path for Coastal Engineer

Civil Engineer

Civil Engineers design and supervise the construction of infrastructure projects, such as roads, bridges, and buildings. They also design and manage water and wastewater treatment systems. This course can help Civil Engineers gain the skills and knowledge needed to design and construct mound breakwaters, which are a type of coastal infrastructure used to protect harbors and shorelines from waves and storms. The course covers the hydraulic stability of armor layers, overtopping and forces on crown walls, and the structural integrity of Cubipod® armor units, which are commonly used in mound breakwaters.

See salaries and explore the career path for Civil Engineer

Geotechnical Engineer

Geotechnical Engineers design and manage the construction of foundations for buildings, bridges, and other structures. They also study the properties of soil and rock. This course can help Geotechnical Engineers gain the skills and knowledge needed to design and construct mound breakwaters, which are a type of coastal infrastructure used to protect harbors and shorelines from waves and storms. The course covers the hydraulic stability of armor layers, overtopping and forces on crown walls, and the structural integrity of Cubipod® armor units, which are commonly used in mound breakwaters.

See salaries and explore the career path for Geotechnical Engineer

Water Resources Engineer

Water Resources Engineers design and manage water and wastewater treatment systems. They also study the flow of water in rivers, lakes, and oceans. This course can help Water Resources Engineers gain the skills and knowledge needed to design and construct mound breakwaters, which are a type of coastal infrastructure used to protect harbors and shorelines from waves and storms. The course covers the hydraulic stability of armor layers, overtopping and forces on crown walls, and the structural integrity of Cubipod® armor units, which are commonly used in mound breakwaters.

See salaries and explore the career path for Water Resources Engineer

Hydraulic Engineer

Hydraulic Engineers design and manage water and wastewater treatment systems. They also study the flow of water in rivers, lakes, and oceans. This course can help Hydraulic Engineers gain the skills and knowledge needed to design and construct mound breakwaters, which are a type of coastal infrastructure used to protect harbors and shorelines from waves and storms. The course covers the hydraulic stability of armor layers, overtopping and forces on crown walls, and the structural integrity of Cubipod® armor units, which are commonly used in mound breakwaters.

See salaries and explore the career path for Hydraulic Engineer

Structural Engineer

Structural Engineers design and manage the construction of buildings, bridges, and other structures. They also study the behavior of materials under load. This course can help Structural Engineers gain the skills and knowledge needed to design and construct mound breakwaters, which are a type of coastal infrastructure used to protect harbors and shorelines from waves and storms. The course covers the hydraulic stability of armor layers, overtopping and forces on crown walls, and the structural integrity of Cubipod® armor units, which are commonly used in mound breakwaters.

See salaries and explore the career path for Structural Engineer

Marine Engineer

Marine Engineers design and manage the construction of ships and other marine vessels. They also study the behavior of ships in water. This course can help Marine Engineers gain the skills and knowledge needed to design and construct mound breakwaters, which are a type of coastal infrastructure used to protect harbors and shorelines from waves and storms. The course covers the hydraulic stability of armor layers, overtopping and forces on crown walls, and the structural integrity of Cubipod® armor units, which are commonly used in mound breakwaters.

See salaries and explore the career path for Marine Engineer

Environmental Engineer

Environmental Engineers design and manage water and wastewater treatment systems. They also study the effects of pollution on the environment. This course can help Environmental Engineers gain the skills and knowledge needed to design and construct mound breakwaters, which are a type of coastal infrastructure used to protect harbors and shorelines from waves and storms. The course covers the hydraulic stability of armor layers, overtopping and forces on crown walls, and the structural integrity of Cubipod® armor units, which are commonly used in mound breakwaters.

See salaries and explore the career path for Environmental Engineer

Naval Architect

Naval Architects design and manage the construction of ships and other marine vessels. They also study the behavior of ships in water. This course can help Naval Architects gain the skills and knowledge needed to design and construct mound breakwaters, which are a type of coastal infrastructure used to protect harbors and shorelines from waves and storms. The course covers the hydraulic stability of armor layers, overtopping and forces on crown walls, and the structural integrity of Cubipod® armor units, which are commonly used in mound breakwaters.

See salaries and explore the career path for Naval Architect

Ocean Engineer

Ocean Engineers design and manage the construction of offshore structures, such as oil platforms and wind turbines. They also study the behavior of waves and currents in the ocean. This course can help Ocean Engineers gain the skills and knowledge needed to design and construct mound breakwaters, which are a type of coastal infrastructure used to protect harbors and shorelines from waves and storms. The course covers the hydraulic stability of armor layers, overtopping and forces on crown walls, and the structural integrity of Cubipod® armor units, which are commonly used in mound breakwaters.

See salaries and explore the career path for Ocean Engineer

Petroleum Engineer

Petroleum Engineers design and manage the construction of oil and gas wells. They also study the behavior of oil and gas in the subsurface. This course may be useful for Petroleum Engineers who are interested in designing and constructing offshore structures, such as oil platforms and wind turbines. The course covers the hydraulic stability of armor layers, overtopping and forces on crown walls, and the structural integrity of Cubipod® armor units, which are commonly used in mound breakwaters.

See salaries and explore the career path for Petroleum Engineer

Materials Scientist

Materials Scientists study the properties of materials, such as metals, ceramics, and polymers. They also develop new materials with improved properties. This course may be useful for Materials Scientists who are interested in developing new materials for use in coastal infrastructure, such as mound breakwaters. The course covers the hydraulic stability of armor layers, overtopping and forces on crown walls, and the structural integrity of Cubipod® armor units, which are commonly used in mound breakwaters.

See salaries and explore the career path for Materials Scientist

Mechanical Engineer

Mechanical Engineers design and manage the construction of machines and other mechanical devices. They also study the behavior of fluids and solids under load. This course may be useful for Mechanical Engineers who are interested in designing and constructing coastal infrastructure, such as mound breakwaters. The course covers the hydraulic stability of armor layers, overtopping and forces on crown walls, and the structural integrity of Cubipod® armor units, which are commonly used in mound breakwaters.

See salaries and explore the career path for Mechanical Engineer

Electrical Engineer

Electrical Engineers design and manage the construction of electrical systems, such as power plants and transmission lines. They also study the behavior of electricity in different materials. This course may be useful for Electrical Engineers who are interested in designing and constructing coastal infrastructure, such as mound breakwaters. The course covers the hydraulic stability of armor layers, overtopping and forces on crown walls, and the structural integrity of Cubipod® armor units, which are commonly used in mound breakwaters.

See salaries and explore the career path for Electrical Engineer

Computer Engineer

Computer Engineers design and manage the construction of computer systems, such as computers and networks. They also study the behavior of computer systems and software. This course may be useful for Computer Engineers who are interested in designing and constructing coastal infrastructure, such as mound breakwaters. The course covers the hydraulic stability of armor layers, overtopping and forces on crown walls, and the structural integrity of Cubipod® armor units, which are commonly used in mound breakwaters.

See salaries and explore the career path for Computer Engineer