• Researchers Develop Carbon-Negative Concrete

• Researchers Successfully Establish a Strong Mechanical Bond of Immiscible Iron and Magnesium

• Civil Engineers Use Public Satellite Images to Study Why the Jagersfontein Dam Failed

• Strong Ultralight Material Could Aid Energy Storage, Carbon Capture

• New Additives Could Turn Concrete Into an Effective Carbon Sink
• Eco-Efficient Cement Could Pave the Way to a Greener Future

• Colorful Films Could Help Buildings, Cars Keep Their Cool

• What Really Matters in Multi-Story Building Design?

• Simulated Terrible Drivers Cut the Time and Cost of AV Testing by a Factor of One Thousand

• 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

• Fighting Friction to Protect Machinery

• Faster and Sharper Whole-Body Imaging of Small Animals With Deep Learning

• Scientists Identify New Mechanism of Corrosion

• Anti-Dust Tech Paves Way for Self-Cleaning Surfaces

• Engineered Wood Grows Stronger While Trapping Carbon Dioxide

• 'Magic' Solvent Creates Stronger Thin Films

• Mechanical Engineering Meets Electromagnetics to Enable Future Technology

• Novel Control Method of Aircraft With No Tail

• Energy-Efficient Construction Materials Work Better in Colder Climates, Say Researchers

• How to Make Hydrogels More Injectable

• Reducing Steel Corrosion Vital to Combating Climate Change

• Cyborg Cells Could Be Tools for Health and Environment
• Microelectronics Give Researchers a Remote Control for Biological Robots
• Two Technical Breakthroughs Make High-Quality 2D Materials Possible

• New Battery Could Prevent Post-Hurricane Electric Vehicle Fires

• Research Team Detects Additive Manufacturing Defects in Real-Time
• Riddle Solved: Why Was Roman Concrete So Durable?

• Researchers Detect Fluoride in Water With New Simple Color Change Test

• Daylong Wastewater Samples Yield Surprises

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

• New Robot Does 'the Worm' When Temperature Changes

• Solving the Puzzle: Cubic Silicon Carbide Wafer Demonstrates High Thermal Conductivity, Second Only to Diamond

• Soft Robot Detects Damage, Heals Itself

• Palm E-Tattoo Can Tell When You're Stressed out

• Nanoengineers Develop a Predictive Database for Materials

• How '2D' Materials Expand
• New Insights Into Energy Loss Open Doors for One Up-and-Coming Solar Tech

• Ceramic Coatings Can Suddenly Break, but They Do Not Fatigue

• Engineering Researchers Strive to Match Artistry of Biological Tissues
• 'Bike Boxes' Can Improve Urban Intersections for Cyclists, Oregon State Research Shows

• Previously Unseen Processes Reveal Path to Better Rechargeable Battery Performance
• Automated System to Detect Compressed Air Leaks on Trains

• New Technology to Reduce Potholes

• Can Your Phone Tell If a Bridge Is in Good Shape?

• Researchers Design Model That Predicts Which Buildings Will Survive Wildfire

• New Tech Solves Longstanding Challenges for Self-Healing Materials
• These Engineers Drew Inspiration from Geometrical Frustration

• Borrowing a Shape from a to-Go Cup Lid, a Drone Wing Could Learn How to Sense Danger Faster
• New Class of Porous Metal Nanoparticles Will Give Rise to New Capabilities in Biomolecular Absorption, Chemical Sensing and Separations
• How Imperfections Can Actually Improve Alloys
• All Solid-State LiDAR Sensor That Sees 360°

• Researchers Create Lunar Regolith Bricks That Could Be Used to Construct Artemis Base Camp
• New Corrosion-Detecting Tech Can Detects Leaks in Pipes Before They Occur

• Improving Light Absorption in perovskite/Si Tandem Solar Cells

• Double Trouble When 2 Disasters Strike Electrical Transmission Infrastructure

• Blocking the Buzz: MXene Composite Could Eliminate Electromagnetic Interference by Absorbing It

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

• DNA Gives Colloidal Crystals Shape-Shifting and Memory Abilities

• Would Traffic Noise from Future Flying Cars Cause Stress?

• Getting It to Stick: Grabbing CO2 out of the Air
• The Four Ways Amorphous Materials Fail

• 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

• Researchers Develop Ultra-Strong Aerogels With Materials Used in Bullet-Proof Vests

• A Swarm of 3D Printing Drones for Construction and Repair

• Soft Devices--Powered by 'stressed' Algae -- Glow in the Dark When Squished or Stretched
• 3 d打印无人机工作像蜜蜂来构建和代表air Structures While Flying

• New Software Platform Advances Understanding of the Surface Finish of Manufactured Components
• Machine Learning Generates 3D Model from 2D Pictures

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

• Biomimetic Dual-Color Domes Programmable for Encryption

• 有趣的发现在复杂的纳米材料属性structures Could Dissipate Energy
• Developing a Sustainable Concrete Substitute

• Investing in New Water Filtration Membranes Is Worth It

• Mimicking Termites to Generate New Materials

• Understanding Outsize Role of Nanopores

• PPE Can Be Recycled to Make Stronger Concrete

• Phage Resistant Escherichia Coli Strains Developed to Reduce Fermentation Failure

• By Design: From Waste to Next-Gen Carbon Fiber

• 2D Boundaries Could Create Electricity
• Researchers 'color Code' Webbing Material for Exposure to Damaging UV Rays

• AI May Come to the Rescue of Future Firefighters

• Combining Techniques to Create More Environmentally Friendly, Heat Resistant, and Transparent Plastics

• New Options for Health, Environmental Monitoring With Water-Resistant Gas Sensor

• Researchers 3D Print High-Performance Nanostructured Alloy That's Both Ultrastrong and Ductile

• In DNA, Scientists Find Solution to Engineering Transformative Electronics

• Building Bricks from Waste Materials

• New Glass-Ceramic Emits Light When Under Mechanical Stress

• Bioinspired Protein Creates Stretchable 2D Layered Materials
• Understanding Friction, the Unavoidable Enemy

• Deep Learning for New Alloys
• Could Modified Train Cars Capture Carbon from the Air? This Team Has a Plan to Make It Happen

• Nanotube-Embedded Coating Detects Threats from Wear and Tear in Large Structures

• Underwater Glove Puts Octopus' Abilities on the Hand of Humans

• 3D Printing Nickel Single Crystals Using Laser Additive Manufacturing Technology

• Soft but Tough: Biohybrid Material Performs Like Cartilage