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Jaxon Evans
Jaxon Evans

Manuale Dell'ingegnere Civile: A Useful Resource For Civil Engineering Professionals And Students


Manuale dell'ingegnere civile: a useful resource for civil engineering professionals and students




Manuale dell'ingegnere civile (Manual of civil engineering) is a comprehensive and updated reference book that covers various aspects of civil engineering, such as design, construction, structures, roads, bridges, tunnels, plants, ergonomics, safety, hydraulics and hydraulic works. It belongs to the new family of manuals that follows the Nuovo Colombo - Manuale dell'ingegnere (New Colombo - Manual of engineering), a well-known and authoritative source of technical information for engineers.




Manuale dell'ingegnere civile: a useful resource for civil engineering professionals and students


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The manual is divided into seven sections: Basic elements - Building project - Structures - Roads, bridges and tunnels - Plants - Ergonomics and safety - Hydraulics and hydraulic works. It includes new chapters on technological and constructive aspects of concrete; maintenance and restoration of reinforced concrete; environmental impact assessment; BIM (Building Information Modeling); quick calculation methods for reinforced concrete sections. It also updates the topics of: topography; photogrammetry; building acoustics and environmental noise; lighting technology; building regulations; building typologies; geotechnics; constructions in seismic areas; foundations; steel constructions; reinforced concrete structures; road constructions; thermal plants in buildings; bio-building; electrical safety; temporary or mobile construction sites.


The manual is the result of the contributions of numerous authors who reflect a wide and qualified range of professional and academic experiences. The editors of the volume are Pierluigi A. Riva, industrial engineer, expert in mechanical and hydraulic sectors, and Andrea Guadagni, building engineer; both have been collaborating for many years with Hoepli publishing house in the realization of technical manuals.


The manual is available in digital format for Windows, Macintosh and Linux, both online and downloadable, on www.elexico.com[^5^]. It is also possible to find free versions of older editions of the manual on archive.org[^1^] [^6^]. However, these versions may not reflect the current norms and techniques of civil engineering.


Manuale dell'ingegnere civile is a valuable resource for civil engineering professionals and students who want to deepen their knowledge and skills in this field. It offers a clear and comprehensive overview of the main topics and issues related to civil engineering, with practical examples and illustrations. It is also a useful tool for preparing exams and competitions, as well as for exercising the profession.


Civil engineering is a broad and diverse field that encompasses many types of projects and challenges. Some of the most common and impressive civil engineering projects are:


  • Construction and management engineering: This type of engineering involves planning, designing, building, and maintaining various structures, such as buildings, bridges, dams, airports, and railways. Construction and management engineers need to coordinate with other professionals, such as architects, contractors, and clients, and ensure that the projects are completed on time, within budget, and according to specifications. Some examples of construction and management engineering projects are the Burj Khalifa in Dubai, the world's tallest building; the Channel Tunnel between France and England, the world's longest undersea tunnel; and the Palm Islands in Dubai, artificial islands created from sand dredged from the sea[^1^].



  • Geotechnical engineering: This type of engineering deals with the behavior and properties of soil and rock, and how they affect the design and construction of foundations, slopes, tunnels, dams, and other structures. Geotechnical engineers need to analyze the soil and rock conditions at a site, conduct laboratory and field tests, design suitable foundations and earthworks, and monitor the performance of structures. Some examples of geotechnical engineering projects are the Taipei 101 in Taiwan, one of the world's tallest buildings that rests on 380 piles driven into soft soil; the Gotthard Base Tunnel in Switzerland, the world's longest railway tunnel that crosses the Alps; and the Three Gorges Dam in China, the world's largest hydroelectric dam that required extensive excavation and stabilization of rock slopes[^2^].



  • Structural engineering: This type of engineering involves designing and analyzing structures that can withstand various loads and stresses, such as gravity, wind, earthquakes, and traffic. Structural engineers need to apply the principles of mechanics, materials science, and mathematics to create safe and efficient structures that meet the functional and aesthetic requirements of the clients. Some examples of structural engineering projects are the Eiffel Tower in Paris, one of the world's most iconic landmarks that was built for the 1889 World's Fair; the Sydney Opera House in Australia, a masterpiece of modern architecture that features a complex shell structure; and the Millau Viaduct in France, the world's tallest bridge that spans a valley with seven slender piers[^3^].



  • Transport engineering: This type of engineering involves planning, designing, operating, and maintaining transportation systems that move people and goods efficiently and safely. Transport engineers need to consider various factors such as traffic flow, demand, capacity, safety, environmental impact, cost, and social equity. Some examples of transport engineering projects are the London Underground in England, one of the world's oldest and largest metro systems that serves over a billion passengers a year; the Trans-Siberian Railway in Russia, one of the world's longest railway lines that connects Moscow with Vladivostok; and the Panama Canal in Panama, one of the world's most important waterways that allows ships to travel between the Atlantic and Pacific oceans[^1^].



Water engineering: This type of engineering involves managing water resources for various purposes such as drinking, irrigation, sanitation, hydropower generation,


flood control,


and recreation. Water engineers need to design


and construct water supply


and distribution systems,


wastewater collection


and treatment systems,


dams


and reservoirs,


and other hydraulic structures.


Some examples


of water engineering projects


are


the Roman aqueducts


in Italy,


one


of


the ancient wonders


of


the world


that carried water


from distant sources


to cities


and towns;


the Hoover Dam


in


the US,


one


of


the largest


and most powerful dams


in


the world


that provides water


and electricity


to millions


of people;


and


the Thames Barrier


in England,


one


of


the largest movable flood barriers


in


the world


that protects London


  • from tidal surges[^1^].



Civil engineering is an exciting and rewarding profession that contributes to improving the quality of life for people around the world. Civil engineers are constantly faced with new challenges and opportunities to create innovative solutions that benefit society. By studying civil engineering,


you can develop your technical skills,


creativity,


and problem-solving abilities,


and become part of a global community of engineers who make a difference. 04f6b60f66


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