Monash University

Green Cement with 95% Lower CO₂ for Construction

Green Cement for Sustainable and Low Carbon Construction

Nov 19 •

High-Energy, Fast-Charging Lithium-Sulfur Batteries

Lithium-Sulfur Batteries with High Energy Densities and Charge Rates

Nov 18 •

Energy-Efficient Passive Solar Tracking with High Stability

Passive Solar Tracking System

Nov 18 •

Low-Cost Regenerable Carbon Monoliths for Filtration Use

High-Performance Regenerable Carbon Honeycomb Monoliths Prepared from Victorian Brown Coal

Nov 18 •

Non-Destructive Compaction for Durable Road Construction

Intelligent, Real-Time Road Compaction Measurement

Nov 18 •

Efficient Electropolishing for 3D-Printed Metal Interiors

Electropolishing Method for Internal 3D-Printed Surfaces

Nov 18 •

3D-Printed Reactors for Clean Methane and CO2 Conversion

3D-Printed Dip Coated Monoliths for Dry Reforming of Methane

Nov 15 •

Autonomous Robot Revolutionizes Apple Harvesting Efficiency

An Autonomous Robotic Fruit Harvester

Nov 15 •

High-Capacity Thermal Storage for Intermediate Temperatures

Trimodal Thermal Energy Storage Material

Nov 15 •

High-Yield Monolayer 2D Nanosheets via Scalable Exfoliation

Scalable High-Yield Production of High-Quality Monolayer Nanosheets

Nov 15 •

High-Temp Proton Membrane for Hydrogen Purity, Efficiency

High-Temperature Proton-Conducting Membranes

Nov 15 •

Monitor Bone Healing & Stiffness without X-ray or CT

Bone Healing Assessment Device

Jul 16 •

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