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From Tradition to Innovation: How Modern Technologies are Transforming the Potential of Wood

ArchDaily

In’Cube Danone Research & Innovation Center / Arte Charpentier. Image © Christophe Valtin Wood, one of the oldest building materials, has been continuously reinvented throughout history. As trees absorb carbon dioxide during their growth, their wood stores that carbon, keeping it out of the atmosphere. Read more »

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At the Intersection of Innovation and Tradition: The Talavera Project

ArchDaily

Although architecture tends to adapt to each culture, modeling its traditional techniques according to its context and shaping the surrounding environment, there is no guarantee that the traditional elements in it will endure or remain unchanged over time.

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Carbonized Wood: A Traditional Japanese Technique That Has Conquered the World

ArchDaily

For many, these words have come to define the architecture of Japan , a country that has long served as a source of cultural and technological inspiration for countless societies worldwide.

Technique 293
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Innovations in Mold Material Technologies: Advancements and Applications

The Architecture Designs

Introduction The high-quality mold manufacturing industry has experienced significant advancements in recent years, driven by the rapid development of material technologies. These innovations have led to more efficient production processes, better performance, and longer lifespans of molds.

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Artificial Intelligence as an Ally in Architectural Decarbonization: From Conception to Building Implementation

ArchDaily

Image by Nick Fewings Unsplash For a long time, sustainability in the architectural field was synonymous with technology. Efficiency was directly linked to innovative technological devices that adorned buildings with gadgets.

Concept 341
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New York Institute of Technology spotlights seven fabrication and robotics projects

Deezen

Dezeen School Shows: a 3D printed panel made from wood and clay that is filled in with hempcrete is included in this school show by the New York Institute of Technology. Each project's research explores three stages of design that encapsulate material research, computation design and robotics fabrication.

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FranklinTill shares nine principles for a shift to regenerative materials

Deezen

By making it easier to identify textiles that have a greater positive impact on people and planet, FranklinTill hopes to enable a shift towards regenerative materials. "We We can only move towards a regenerative approach to textiles by understanding the full lifecycle of our materials," said co-founder FranklinTill Caroline Till. "As

Materials 125