Descripción:
El objetivo de los Senior Webinars es que investigadores y profesionistas con trayectorias largas
destacadas compartan con la comunidad de Alconpat el estado del arte sobre la patología de la
construcción. En estos Webinars se presentarán los últimos avances a nivel internacional sobre temas de
vanguardia. En 2023, nos compartirán sus experiencias destacados investigadores de renombre
internacional: Michel Donadio (Suiza), Fernando Martirena (Cuba), Konstantin Kovler (Israel), y Ole
Jensen
(Dinamarca). Los Senior Webinars de Alconpat/Holcim tendrán traducción simultánea
del español al inglés o viceversa.
15 de Marzo de 2023 - 12 hs de México (GMT-6) |
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¡Ver Webinar!Michel Donadio, Technical Manager, Sika Services AG Ruben Ramirez, Target Market Refurbishment Manager, Sika Mexicana SA de CV Juan Capacho, Business Development Manager LATAM, Sika Mexicana SA de CV Reinforced concrete structures such as buildings, bridges are designed to last a long time - it is not uncommon for bridge structures to have a design life of more than 100 years. These structures, built to last a long time, are subjected to ageing with influences from pollution, water, and other deleterious elements such as chloride or carbon dioxide. The most common deterioration process of reinforced concrete is the corrosion of the reinforcing steel bars and consequent volume expansion of the rebars. According to NACE, the economic impact of corrosion is approximately 3.4% of the global GDP ($2.5 trillion). The corrosion of steel bars in reinforced concrete in buildings or infrastructure may even lead to collapse of these structures - well known in recent years were the collapses of the Polcevera Viaduct in Genoa, Italy and the Surfside Condo in Miami, USA - leaving behind many casualties. The aim of this report is to present the different corrosion mitigation techniques available today such as, repair mortar, corrosion inhibitors (active or passive), protective coatings and cathodic protection by induced current or galvanic current. |
11 de Octubre de 2023 - 12 hs de México (GMT-6) |
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![]() Prof. Dr. José Fernando Martirena Hernández |