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Effective curing of cement and mortar in cold conditions is vital. Explore methods to prevent freezing and enhance durability in construction. The Role of Advanced Computational Fluid Dynamics (CFD) in Optimizing High-Rise Building Design Is Graphene Oxide the Future of Cement, or Are Dispersion Issues Too Big to Ignor
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News
Optimized Concrete Mix Improves Interlayer Bonding in 3D Printing
3+ week, 5+ day ago (850+ words) Three-dimensional (3D) concrete printing is gaining attention for its ability to create complex structures without conventional formwork. The process deposits fresh concrete layer by layer, which can reduce material waste and labor requirements. However, this layered approach also creates interfaces within…...
Self-Deploying Concrete Formwork Expands Into Shape in 14 Seconds
1+ mon, 3+ day ago (501+ words) Reinforced concrete remains one of the world's most widely used construction materials, and most cast-in-place construction depends on temporary formwork to shape fresh concrete. Manufacturing, transporting, assembling, and removing these molds require substantial materials, labor, and time, making formwork one…...
3D-Printed Construction: Speed, Materials, and Sustainability Challenges
1+ mon, 3+ week ago (941+ words) 3D printing is making a significant impact on the construction sector by reducing project timelines from several months to just a few days. However, this rapid pace often compromises material quality and adherence to long-term sustainability objectives. Currently, concrete is the…...
3D-Printed Concrete Gains Sponge-Inspired Toughness Through Layering
3+ mon, 2+ week ago (409+ words) Conventional concrete offers high compressive strength but exposes its Achilles’ heel in tension, manifesting brittleness as cracks propagate. Builders typically address this by embedding steel reinforcement bars into concrete to manage tensile stresses, control crack growth, and impart ductility, creating…...
Robotic 3D Printing Could Transform Construction in Extreme Environments
6+ mon, 2+ day ago (670+ words) New research suggests that robotic prefabrication and three-dimensional (3D) printing could transform how buildings are constructed in extreme environments and even support the development of future habitats on Mars. Their findings indicate that automated construction systems could improve building efficiency, reduce…...
Materials and Methods for Building in Low-Gravity Environments
6+ mon, 1+ week ago (1407+ words) Building on the Moon or Mars isn’t simply a matter of packing up our usual construction toolkit and setting to work. The conditions are fundamentally different. Gravity is weaker, temperatures swing dramatically, radiation levels are far higher, and resources are…...
Engineered Shell Transforms Weak Concrete Joints Into Seismic Powerhouses
6+ mon, 3+ week ago (1003+ words) A validated experimental–numerical study shows how engineered cementitious composite shells can shift failure modes, boost ductility, and deliver strength gains of up to 152 %, offering a data-driven pathway to safer earthquake-resistant structures. Conventional RC joints often experience brittle failures during…...
3D Printing Concrete Underwater with Seafloor Sediment
7+ mon, 2+ week ago (981+ words) Using 3D printing to create concrete underwater, a new strategy could transform on-site maritime construction and facilitate the repair of essential infrastructure that links continents. An interdisciplinary team of Cornell researchers is working on this method to apply 3D printing in oceanic…...