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Dagny Westall

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Aug 4, 2024, 12:22:09 AM8/4/24

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Heft 399 Dafstb: A Guide to Reinforcing Concrete Structures

Heft 399 Dafstb is a publication by the German Committee for Reinforced Concrete (DAfStb) that provides explanations and examples for various common concrete structures. It covers topics such as reinforcement design, detailing, anchorage, splicing, cracking, and fire resistance. It is intended to help engineers and practitioners apply the Eurocode 2 (DIN EN 1992) for concrete design and construction.

The publication was first released in 1993 and has been updated several times since then. The latest edition is Heft 599 Dafstb, which was published in 2013. It incorporates the changes and additions of the Eurocode 2 and its national annexes, as well as the latest research and practice in concrete technology and durability.

Heft 399 Dafstb and Heft 599 Dafstb are available for purchase as PDF downloads or printed copies from the Beuth Verlag website[^1^]. They are written in German and have a total of 84 and 128 pages, respectively. They are part of the DAfStb's extensive and respected series of publications on concrete structures, which dates back to 1947 and includes more than 400 issues.

For more information on the DAfStb and its publications, visit its official website[^2^]. There you can also find other helpful resources for applying the Eurocode 2 and other standards in concrete design, such as explanatory notes, software tools, training courses, and technical reports.

Concrete is a versatile and durable material that can be used for various types of structures, from residential buildings to public infrastructure. Some examples of concrete structures are:

The Pantheon in Rome, Italy, is one of the oldest and most famous concrete structures in the world. Built in the 2nd century AD, it features a massive concrete dome with an oculus that lets in natural light. The dome is still the largest unreinforced concrete dome in the world[^3^].

The Jubilee Church in Rome, Italy, is a modern example of how concrete can create elegant and expressive forms. Designed by Richard Meier and completed in 2003, the church consists of three white concrete sails that rise above a rectangular base. The sails are modeled on the half circle and are supported by a square spine[^4^].

The Yale University's Paul Rudolph Hall in New Haven, Connecticut, USA, is a representative of the Brutalist style of architecture that emerged in the mid-20th century. Designed by Paul Rudolph and completed in 1963, the building has a rugged and textured appearance created by hammering the concrete surface. It contains 37 levels scattered across nine main floors[^4^].

The Science Hills museum in Komatsu, Japan, is an example of how concrete can blend with the landscape and create a multifunctional space. Designed by Mari Ito of Urban Architecture Office and completed in 2013, the museum has a wavy concrete roof that mimics the shape of the nearby mountains. The roof also serves as a park for visitors and locals[^4^].

The Villa Saitan in Kyoto, Japan, is an example of how concrete can be used to create a unique and artistic facade. Designed by Eastern Design Office and completed in 2006, the housing complex has a concrete shell with undulating cutouts that resemble the roots, trunk, and leaves of a tree. The cutouts also allow natural light and ventilation to enter the apartments[^4^].

These are just some of the many examples of concrete structures that showcase the material's potential for aesthetic and functional purposes. Concrete is not only a practical building material but also a creative one that can be shaped into various forms and expressions.