I want to publicly thank dear Helene, Hans, Caroline, Arthur, Leon, James, Dorothea for their help during the preparation and implementation of this seminar which has confirmed itself as a high level point of interest in the development of applied shape transformations to the aerospace sector.
Architectural innovation often involves exploring new materials and their potential applications in building design and construction. In recent years, there has been a growing interest in developing composite materials that combine the strengths of different materials to create unique properties and enable novel architectural forms.I want remember some important paths of development , for example Textile-reinforced concrete, this material combines the strength and durability of concrete with the lightweight and flexible properties of textile fibers. Textile-reinforced concrete can be molded into complex shapes, allowing architects to create curved, organic forms that were previously challenging with traditional concrete. This material has been used in projects like the MarbachNode Visitor Center in Germany, featuring a flowing, sculptural facade.
Another development is Self-healing concrete, obtained by incorporating specialized compounds or bacteria into concrete mixtures, researchers have developed self-healing concrete that can automatically repair cracks and fissures. This innovative material can extend the lifespan of concrete structures and reduce maintenance costs, potentially leading to more sustainable and resilient buildings.
Impressionant is Transparent aluminum, While not a true mixture, transparent aluminum is an amorphous ceramic material that combines the transparency of glass with the strength and durability of aluminum. This material could revolutionize architectural glazing, enabling the construction of large, load-bearing windows and transparent structural elements.
Another way for innovation is Aerogel insulation. Aerogels are highly porous, lightweight materials made from silica or other compounds. They exhibit excellent insulating properties and can be used as insulation materials in buildings, potentially leading to more energy-efficient and sustainable designs.
Carbon fiber-reinforced polymers (CFRPs): CFRPs are composite materials that combine carbon fibers with polymer resins, resulting in a material that is lightweight, strong, and corrosion-resistant. These materials can be used to create lightweight, high-strength structural elements, enabling novel architectural forms and longer spans.
I want tell some words about 3D-printed concrete too, Advances in 3D printing technology have enabled the fabrication of complex concrete structures with intricate geometries and optimized material distribution. This technology can potentially reduce construction waste, enable customized architectural designs, and facilitate the creation of organic, freeform structures.
Alessandro Colace (Resume from Buindings Engineering report, Zurich 2024)
INTERVISTA AD ACQUIRENTE DI UN IMMOBILE DI LUSSO
ECLATANTE , GLI ADAM OPERARONO A ROMA.
alessandrocolacerealestateintheworld.wordpress.com
La progettazione di edifici non può prescindere dalla protezione antincendio.
Molto interessanti sono le soluzioni che prevedono la messa in opera di facciate ventilate, per soddisfare queste esigenze. Le cosiddette facciate ventilate sono composte da un rivestimento esterno resistente, seguito da uno strato isolante incombustibile e concluse da una camera di ventilazione. Il tutto collocato come una armatura che va a ricoprire l’involucro originario del nostro edificio. Queste facciate, garantiscono un ambiente sicuro che rispetta rigorosi standard di sicurezza antincendio. L’obiettivo piu importante è impedire il propagarsi del fuoco attraverso l’uso di materiali ad alta resistenza, che resistano alle temperature che si sviluppano in un incendio e contemporaneamente rendano ostico il propagarsi del fronte di fiamma. Materiali che debbono essere scelti in classe di reazione al fuoco A1 e certificati in tali classe insieme ai loro sistemi di supporto e collegamento. Importantissimo collocare nel sistema delle facciate ventilate delle barriere antincendio tra la facciata ventilata e la parete interna , realizzate in maniera tale da interrompere e non solo ritardare la diffusione del fuoco nella cavita sia orizzontalmente che verticalmente evitando l’effetto camino. In aggiunta a cio si deve prevedere la sigillatura delle aperture e dei giunti
della facciata con analoghi materiali di tipo A1. #antincendio #sicurezzaedilizia #classea1 #realestate #alessandrocolace #alcolacedesign
6 dicembre 2023
https://alessandrocolacerealestateintheworld.wordpress.com/2023/12/06/edifici-e-facciate-antincendio/
The Role of Design in Real Estate https://wordpress.com/post/alessandrocolacerealestateintheworld.wordpress.com/543
Care amiche e amici, oggi voglio presentarvi una nuova proposta abitativa di alta classe. In una delle angolazioni piu dolci della mia città. Un appartamento che unisce una sobria eleganza ad una spiccata personalità. Ho provato tangibile l’ebrezza di aprire i battenti delle finestre e sentire le note di una delle arie piu dolci del nostro repertorio lirico. Una emozione impagabile. #alessandrocolacemakler #alessandrocolaceconsultant #alessandrocolace #alessandrocolacerealestate #viminale #immobilidipregio
un team internazionale a vostra disposizione
Miei Blogs in libera uscita nel web |
http://alessandro_colace.blog.tiscali.it |
http://continuumfluens.blogspot.de/ |
http://rom-muenchen.blogspot.de/ |
https://plus.google.com/113405642475786345554/posts |
https://wordpress.com/sites/alcolacestudios.wordpress.com
https://alessandrocolace.wordpress.com/
https://alcolacedesignstudios.wordpress.com/
https://italianengine.wordpress.com/
https://alcolacedesign.wordpress.com/