Scienza delle costruzioni from edX

La Scienza delle Costruzioni è la disciplina che si occupa di formulare modelli teorici ed interpretare risultati sperimentali in grado di descrivere il comportamento statico e dinamico di materiali ed elementi resistenti di strutture soggetti ad azioni di natura meccanica e termica, sia stazionarie che variabili nel tempo. Pertanto, sulla base di principi generali di meccanica del continuo e di ipotesi suffragate daevidenze sperimentali, la Scienza delle Costruzioni si prefigge di formulare approcci metodologici ederivare procedure – analitiche, numeriche e sperimentali – in grado di modellare il comportamento reale di materiali e di elementi strutturali, quantificandone il grado di sicurezza nei confronti delle azioni applicate. In tal senso la disciplina coniuga e sintetizza principi e metodi che caratterizzano la Meccanicadei Continui, dei Solidi, delle Strutture e la Resistenza dei Materiali, trovando applicazione non solonei settori tradizionali dell’Ingegneria ma anche in quelli più avanzati della Biologia e della Biomeccanica. In tale ambito il corso illustra i fondamenti teorici e gli aspetti applicativi della Meccanica delle Strutture, con specifico riferimento al calcolo di strutture monodimensionali in campo elasticolineare isotropo. Sono altresì descritti gli strumenti e le procedure utili per eseguire le verifiche distrutture 1D piane e spaziali.

Construction Science is the subject that formulates theoretical models and interprets the results of experiments to describe the static and dynamic behaviour of resistant elements and materials in structures exposed to steady or variable mechanical stress or heat. Based on the general principles of continuum mechanics and hypotheses drawn from experimental evidence, Construction Science sets out to formulate methodological approaches and set down procedures - analytical, numerical and experimental - that can model the real behaviour of structural materials and elements and measure how safe they are in relation to the forces applied. In this sense, the subject brings together and synthesises the principles of Continuum Mechanics, Solid Mechanics, Structural Mechanics, and Resistance of Materials, and can be applied not only in traditional sectors like Engineering, but also in more advanced areas of Biology and Biomechanics. Tools and procedures useful for testing these 1D structures are also introduced.

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Learning objectives

• fondamenti teorici degli aspetti applicativi della meccanica delle strutture ;• calcolo di strutture monodimensionali in campo elastico lineare isotropo;• strumenti e procedure utili per eseguire le verifiche di strutture 1d piane e spaziali

• fundamental theories and applications of structural mechanics;• calculation of isotropic, linear elastic behaviour in monodimensional structures;• tools and procedures for testing flat and spatial 1d structures.

• fondamenti teorici degli aspetti applicativi della meccanica delle strutture ;• calcolo di strutture monodimensionali in campo elastico lineare isotropo;• strumenti e procedure utili per eseguire le verifiche di strutture 1d piane e spaziali
• fundamental theories and applications of structural mechanics;• calculation of isotropic, linear elastic behaviour in monodimensional structures;• tools and procedures for testing flat and spatial 1d structures.

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Si concentra sui principi di base della Meccanica delle Strutture, rendendolo adatto ai principianti nel campo

Si concentra sul calcolo di strutture monodimensionali, una base solida per la comprensione di strutture più complesse

Insegna gli strumenti e le procedure essenziali per le verifiche di strutture 1D, fornendo competenze pratiche applicabili

Si concentra su strutture isotrope, fornendo una comprensione approfondita di questo specifico tipo di materiale

Utilizza un approccio elastico lineare, che potrebbe non essere applicabile a tutte le situazioni di vita reale

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 Scienza delle costruzioni with these activities:

Review statics

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Refresh your understanding of statics to establish a stronger foundation for this course.

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Review equilibrium equations and free body diagrams
Practice solving problems involving static loads

Review Prerequisites for Statics and Mechanics

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Refresh your understanding of statics and mechanics to prepare for the course.

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Review notes and textbooks from previous structural analysis courses.
Solve practice problems related to statics and mechanics.
Attend any available refresher sessions or workshops.

Form a Study Group for Structural Analysis

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Enhance your understanding by collaborating with peers in a study group dedicated to structural analysis.

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Find a group of classmates or colleagues with similar interests.
Set regular meeting times to discuss course material, solve problems, and share insights.
Take turns leading discussions and presenting different topics.
Provide support and encourage each other throughout the learning process.

Nine other activities

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Participate in a study group

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Collaborate with peers to discuss course concepts and work through problems.

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Form a study group with other students enrolled in the course
Meet regularly to review lecture material and solve practice problems

Solve structural analysis problems

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Reinforce your understanding of structural analysis by solving practice problems.

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Find reaction forces at supports
Analyze stresses and moments in structural elements
Evaluate the stability of structures under various loading conditions

Practice Solving Structural Analysis Problems

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Gain proficiency in solving structural analysis problems by practicing regularly.

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Find practice problems from textbooks, online resources, or instructors.
Attempt to solve the problems independently.
Check your solutions against provided answers or consult with instructors.
Repeat the process regularly to improve your problem-solving skills.

Explore online tutorials on structural analysis software

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Enhance your understanding of structural analysis by learning industry-standard software.

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Identify and access online tutorials for structural analysis software
Follow the tutorials to learn the software's features and capabilities

Attend Industry Workshops on Structural Analysis

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Gain insights from industry experts and stay up-to-date on the latest advancements in structural analysis by attending workshops.

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Research industry events and conferences that offer workshops on structural analysis.
Register for workshops that align with your interests and learning goals.
Attend the workshops and actively participate in discussions.
Network with professionals in the field and exchange knowledge.

Develop a structural design project

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Apply your knowledge of structural mechanics to design and analyze a real-world structure.

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Analyze and optimize the structural design
Select appropriate materials and structural elements
Define the design requirements and constraints
Prepare design drawings and specifications

Design and Analyze a Simple Structure

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Apply your knowledge to design and analyze a simple structure, solidifying your understanding of structural mechanics.

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Choose a simple structure to design, such as a beam, truss, or frame.
Determine the loads and boundary conditions acting on the structure.
Use structural analysis techniques to calculate stresses, strains, and deflections.
Present your design and analysis in a report or presentation.

Contribute to Open-Source Structural Analysis Projects

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Gain practical experience and contribute to the structural analysis community by participating in open-source projects.

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Identify open-source structural analysis projects that align with your interests.
Join the project community and connect with other contributors.
Review the project documentation and familiarize yourself with the codebase.
Identify areas where you can contribute, such as bug fixes, feature enhancements, or documentation improvements.

Become a Mentor for Students in Structural Analysis

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Deepen your understanding of structural analysis while helping others by becoming a mentor.

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Identify a student or group of students who need assistance with structural analysis.
Offer your guidance and support, providing explanations, answering questions, and reviewing their work.
Encourage the students to ask questions and engage in discussions.
Reflect on your own understanding of structural analysis as you explain concepts to others.

Career center

Learners who complete Scienza delle costruzioni will develop knowledge and skills that may be useful to these careers:

Structural Engineer

A Structural Engineer is responsible for analyzing external environmental forces to assess the structural stability of buildings, bridges, and other structures. They work to determine the safe load capacities of structures and components by applying scientific principles and engineering judgment. The course 'Scienza delle costruzioni' may be useful in this role, particularly for its focus on the theoretical models and experimental results that describe the static and dynamic behavior of resistant elements and materials in structures.

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Geotechnical Engineer

A Geotechnical Engineer designs, plans, and supervises projects related to the soil, rock, and groundwater conditions on a construction site. They work to make sure that the soil will support the structures being built on top of it and that water will not damage the structures. The course 'Scienza delle costruzioni' may be useful in this role, particularly for its focus on the theoretical models and experimental results that describe the static and dynamic behavior of resistant elements and materials in structures.

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Civil Engineer

Civil Engineers plan, design, construct, and maintain the infrastructure that society needs to function, such as roads, bridges, buildings, and water and sewer systems. They use their knowledge of science and engineering to create safe and efficient structures that can withstand the forces of nature and the demands of everyday use. The course 'Scienza delle costruzioni' may be useful in this role, particularly for its focus on the theoretical models and experimental results that describe the static and dynamic behavior of resistant elements and materials in structures.

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Materials Engineer

A Materials Engineer researches, develops, and tests new materials for use in a variety of products, such as cars, airplanes, and medical devices. They work to improve the strength, durability, and other properties of materials, and to make them more cost-effective. The course 'Scienza delle costruzioni' may be useful in this role, particularly for its focus on the theoretical models and experimental results that describe the static and dynamic behavior of resistant elements and materials in structures.

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Mechanical Engineer

A Mechanical Engineer designs, builds, and tests mechanical devices, such as engines, turbines, and robots. They work to improve the efficiency, safety, and performance of these devices, and to make them more affordable. The course 'Scienza delle costruzioni' may be useful in this role, particularly for its focus on the theoretical models and experimental results that describe the static and dynamic behavior of resistant elements and materials in structures.

See salaries and explore the career path for Mechanical Engineer

Aerospace Engineer

An Aerospace Engineer designs, builds, and tests aircraft, spacecraft, and other vehicles that fly. They work to improve the safety, efficiency, and performance of these vehicles, and to make them more affordable. The course 'Scienza delle costruzioni' may be useful in this role, particularly for its focus on the theoretical models and experimental results that describe the static and dynamic behavior of resistant elements and materials in structures.

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Nuclear Engineer

A Nuclear Engineer designs, builds, and tests nuclear power plants and other nuclear facilities. They work to ensure that these facilities are safe and efficient, and that they produce clean energy. The course 'Scienza delle costruzioni' may be useful in this role, particularly for its focus on the theoretical models and experimental results that describe the static and dynamic behavior of resistant elements and materials in structures.

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Petroleum Engineer

A Petroleum Engineer designs, builds, and tests oil and gas wells and other petroleum facilities. They work to ensure that these facilities are safe and efficient, and that they produce oil and gas in a cost-effective manner. The course 'Scienza delle costruzioni' may be useful in this role, particularly for its focus on the theoretical models and experimental results that describe the static and dynamic behavior of resistant elements and materials in structures.

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Mining Engineer

A Mining Engineer designs, builds, and tests mines and other mining facilities. They work to ensure that these facilities are safe and efficient, and that they produce minerals in a cost-effective manner. The course 'Scienza delle costruzioni' may be useful in this role, particularly for its focus on the theoretical models and experimental results that describe the static and dynamic behavior of resistant elements and materials in structures.

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Biomedical Engineer

A Biomedical Engineer designs, builds, and tests biomedical devices and other medical equipment. They work to improve the safety, efficiency, and performance of these devices, and to make them more affordable. The course 'Scienza delle costruzioni' may be useful in this role, particularly for its focus on the theoretical models and experimental results that describe the static and dynamic behavior of resistant elements and materials in structures.

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Chemical Engineer

A Chemical Engineer designs, builds, and tests chemical plants and other chemical facilities. They work to ensure that these facilities are safe and efficient, and that they produce chemicals in a cost-effective manner. The course 'Scienza delle costruzioni' may be useful in this role, particularly for its focus on the theoretical models and experimental results that describe the static and dynamic behavior of resistant elements and materials in structures.

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Environmental Engineer

An Environmental Engineer designs, builds, and tests environmental control systems and other environmental facilities. They work to ensure that these facilities are safe and efficient, and that they protect the environment. The course 'Scienza delle costruzioni' may be useful in this role, particularly for its focus on the theoretical models and experimental results that describe the static and dynamic behavior of resistant elements and materials in structures.

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Industrial Engineer

An Industrial Engineer designs, builds, and tests industrial processes and other industrial facilities. They work to ensure that these facilities are safe and efficient, and that they produce products in a cost-effective manner. The course 'Scienza delle costruzioni' may be useful in this role, particularly for its focus on the theoretical models and experimental results that describe the static and dynamic behavior of resistant elements and materials in structures.

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Manufacturing Engineer

A Manufacturing Engineer designs, builds, and tests manufacturing processes and other manufacturing facilities. They work to ensure that these facilities are safe and efficient, and that they produce products in a cost-effective manner. The course 'Scienza delle costruzioni' may be useful in this role, particularly for its focus on the theoretical models and experimental results that describe the static and dynamic behavior of resistant elements and materials in structures.

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Systems Engineer

A Systems Engineer designs, builds, and tests systems and other systems facilities. They work to ensure that these facilities are safe and efficient, and that they produce products in a cost-effective manner. The course 'Scienza delle costruzioni' may be useful in this role, particularly for its focus on the theoretical models and experimental results that describe the static and dynamic behavior of resistant elements and materials in structures.

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Scienza delle costruzioni

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