From the Roman legacy comes inspiration for self-repairing concrete, reinforced with nanotechnology, which promises to transform construction and guarantee unprecedented longevity in critical infrastructure.
Current concrete research is driving the use of advanced materials, such as FRP-reinforced and prestressed concrete elements, to achieve safer, more durable, and cost-efficient infrastructure.
Although biomaterials offer environmental benefits, their implementation in developing regions faces economic and legal obstacles and cultural resistance to change.
Assessing the role of seismic isolation using LNR and LRB to achieve more resilient structures.
Key methods and regulations for measuring concrete moisture and avoiding structural failure in construction.
Strategies decarbonizing the construction value chain through innovation and sustainability.
New trends are transforming the types of construction in modern industry.
Turnkey construction guarantees full control of the project from design to final handover.
Learn why concrete cracks and the solutions to prevent damage to structures.
Improving construction logistics efficiency through strategies to minimize delays and optimize resources.
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