Latest Articles for Construction

A look at how the HHO method improves material behavior analysis.

This article investigates efficient string threading techniques to reduce turning costs.

A new way to simulate structural behavior using machine learning techniques.

A method to find hidden cracks using sound waves enhances safety and inspection processes.

A look at how materials respond to stress and the methods to analyze them.

Analyzing porous materials to enhance energy efficiency in construction.

A new automated pipeline streamlines real-time object detection processes.

Humanoid robots are changing how we approach work in various industries.

Innovative materials that change properties automatically for various applications.

Introducing disorder in metamaterials improves resistance to fracture and enhances toughness.

Learn how thermal expansion affects material design and applications.

New methods improve thermal imaging for various applications.

A new framework predicts crack patterns in concrete for improved structural integrity.

New insights into glass strength through studies on 2D silica and void behavior.

Learn how CANNs improve the understanding of material behavior under stress.

New methods in lattice design improve strength while minimizing weight.

New method helps robots navigate by merging architectural plans with real-time data.

New LiDAR systems improve precision and speed for various applications.

MAVs improve building inspections in areas without GPS signals.

A new approach enhances predictions for composite materials' performance in various conditions.

A new system generates 3D building models from plain language instructions.

Portable system reduces construction noise, enhancing worker comfort and community well-being.

A method to improve indoor mapping using 3D LiDAR and BIM models.

Robots can now move unstable objects more quickly with innovative tray rotation.

Exploring how granular materials respond to growth and stress changes.

Discover how particle size affects material behavior under pressure.

A method to help drones make better choices during missions.

Exploring how granular materials behave under different forces through cycle analysis.

Structural optimization enhances design efficiency and sustainability in modern construction.

Robot dogs may transform construction site monitoring and data collection.

New quasicrystalline materials show promise for strength and flexibility in various applications.

New motion methods improve machine efficiency in tough terrains.

Learn how engineers use math to predict cracks in materials.

Learn how elements like silicon affect steel's properties through diffusion.

A look into how materials react to forces and how shapes impact stability.

Discover the behavior of granular materials in jamming and unjamming.

Research shows the advantages of using multiple images for crack detection.

Legged robots learn to work together safely for heavy lifting tasks.

Adjusting damping can improve stability in various vibrating systems.

A study on how humidity affects the deformation of Norway spruce wood.