Construction News

• AI Could Set a New Bar for Designing Hurricane-Resistant Buildings

• New Additives Could Turn Concrete Into an Effective Carbon Sink

• What Really Matters in Multi-Story Building Design?

• Cracking the Concrete Code
• Bushfire Safe Rooms May Save Lives

• 'Talking' Concrete Could Help Prevent Traffic Jams and Cut Carbon Emissions
• Scientists Develop a 'cosmic Concrete' That Is Twice as Strong as Regular Concrete

• Notre-Dame De Paris Cathedral Was Historical First in Using Iron Reinforcements in the 12th Century

• Scientists Identify New Mechanism of Corrosion

• Novel Control Method of Aircraft With No Tail

• Reducing Steel Corrosion Vital to Combating Climate Change

• New Battery Could Prevent Post-Hurricane Electric Vehicle Fires

• Mitigating Corrosion by Liquid Tin Could Lead to Better Cooling in Fusion Reactors

• New Technology to Reduce Potholes

• New Tech Solves Longstanding Challenges for Self-Healing Materials

• How Imperfections Can Actually Improve Alloys

• New Corrosion-Detecting Tech Can Detects Leaks in Pipes Before They Occur

• Double Trouble When 2 Disasters Strike Electrical Transmission Infrastructure

• Intermetallic Palladium-Zinc Alloy: A Corrosion-Resistant, Highly Active, Low-Cost Electrocatalyst

• Sustainable Concrete Cuts Emissions and Uses Waste for Better Buildings

• Scientists Develop Inexpensive Device That Can Harvest Energy from a Light Breeze and Store It as Electricity

• 3D Printing Drones Work Like Bees to Build and Repair Structures While Flying

• Climate Change from the Ground Up: Researchers Explore Sea Level Rise Impact on Building Foundations

• Biomimetic Dual-Color Domes Programmable for Encryption

• Developing a Sustainable Concrete Substitute

• Concrete Evidence: Simple Method to Improve the Sustainability of Construction

• Building Bricks from Waste Materials

• Future Smart Homes Could Be Powered With Electronics Built on Stones

• The Key Is in the Coating: Multilayered Coating to Improve the Corrosion Resistance of Steel

• New Fire Shelter Prototypes Could Buy Time for Wildfire Firefighters

• A Model of Improved Safety for LNG Storage

• Helping EVs Keep Their Cool During the Battery Weight Balancing Act

• New Research Could Provide Earlier Warning of Tsunamis

• Scientists Use Recycled Glass Waste as Sand Replacement in 3D Printing

• Designing the Perfect Piece of Chocolate

• New Discovery in Animal Exoskeletons Leads to Advances in Designing Construction Materials

• From Lab to Slab: Rubber Concrete Flexes Into the Residential Market
• New Approach Needed for Forecasting Corrosion Within Bridges, Concrete Structures

• New Strategy for Designing Thermoelectric Materials

• Selecting the Right Structural Materials for Fusion Reactors

• 研究人员为纤维Reinfo开发设计方案rced Composites
• A Laser-Quick and Non-Destructive Method to Detect Cracks in Concrete Structures

• Self-Assembling and Complex, Nanoscale Mesocrystals Can Be Tuned for a Variety of Uses

• Balancing Sustainability, Safety and Comfort in Engineered Floor Slabs

• New Models Assess Bridge Support Repairs After Earthquakes

• Timber or Steel? Study Helps Builders Reduce Carbon Footprint of Truss Structures

• Computational Discovery of Complex Alloys Could Speed the Way to Green Aviation

• New Battery Technology Could Power Wearable, Self-Sustaining Fever Detector

• Running Shoe Material Inspired 3D-Printed Design to Protect Buildings from Impact Damage

• How Long Can Fiber Reinforced Polymer Sustain Concrete Structures? Scientists Answer

• Recycled Concrete and CO2 from the Air Are Made Into a New Building Material

• Travelling Fires Pose an Underestimated Risk to Open Building Spaces

• A Unique Material With Tunable Properties Is Explored in a New Study

• Extreme Heat Exchanger Created Using Metal 3D Printing

• Under Loading Ceramics Self-Heal Cracks by Forming Kink-Bands

• How Do Wind Turbines Respond to Winds, Ground Motion During Earthquakes?

• Lightweight Composite Material Inspects Itself: Changes in Color Indicate Deformations

• Cross-Pollinating Physicists Use Novel Technique to Improve the Design of Facilities That Aim to Harvest Fusion Energy

• Built-in Vibration Control May Help Soundproof Spaces

• Bio-Based Coating for Wood Outperforms Traditional Synthetic Options

• Collective Battery Storage Beneficial for Decarbonized World

• Novel Smart Cement Can Be Used to Build More Durable Roads and Cities
• Scientists Develop Energy Saving Technique Paving Way for a Carbon Neutral Society

• Multi-Story Buildings Made of Wood Sell for 9% More Than Other Construction in Helsinki

• Rechargeable Cement-Based Batteries

• Causes of Concrete and Asphalt Deterioration Explained

• Ground and Satellite Observations Map Building Damage After Beirut Explosion

• 电子的发现可以帮助延长寿命ic Devices

• Discovery of a Mechanism for Making Superconductors More Resistant to Magnetic Fields

• How a Lithium-Metal Electrode Ages

• New Ultralightweight, Crush-Resistant Tensegrity Metamaterials

• Researchers Develop Improved Recycling Process for Carbon Fibers

• New Sustainable Building Simulation Method Points to the Future of Design

• Polymer Film Protects from Electromagnetic Radiation, Signal Interference

• Kagome Graphene Promises Exciting Properties

• Emerging Robotics Technology May Lead to Better Buildings in Less Time

• New Way to Power Up Nanomaterials for Electronic Applications

• New Global 'wind Atlas' Propels Sustainable Energy

• Bio-Inspired: How Lobsters Can Help Make Stronger 3D Printed Concrete

• Borrowing from Birds, Experts Reduce Search Times for Novel High-Entropy Alloys to Seconds

• Do as the Romans: Power Plant Concrete Strengthens With Time

• Researcher Cracks the Hidden Strengthening Mechanism in Biological Ceramics

• Researchers Find a Better Way to Design Metal Alloys

• Beating the Heat: Oxidation in Novel Coating Material for Aircraft Gas Turbine Engines

• Wind Tunnel Tests Will Help Design Future Army Tiltrotor Aircraft
• To Accelerate or Decelerate in the Light-Emitting Process of Zinc-Oxide Crystals

• Proverbial Wolf Can't Blow Down Modern Timber High-Rises

• Recycled Concrete Could Be a Sustainable Way to Keep Rubble out of Landfill

• Study Identifies Reasons for Soaring Nuclear Plant Cost Overruns in the US

• Building Cities With Wood Would Store Half of Cement Industry's Current Carbon Emissions

• Device Takes Us Closer to High-Performing Wearable and Eco-Disposable AI Electronics

• Bridges With Limb-Inspired Architecture Can Withstand Earthquakes, Cut Repair Costs

• Simple Software Creates Complex Wooden Joints

• Cement-Free Concrete Beats Corrosion and Gives Fatbergs the Flush

• New Method to Design Diamond Lattices and Other Crystals from Microscopic Building Blocks

• Cuttlebone's Microstructure Sits at a 'sweet Spot'

• Vibration Device Makes Homes 'smart' By Tracking Appliances