Latest Articles for Industrial Applications

Examining how particles in drying drops affect their shape and behavior.

Exploring the behavior and importance of granular suspensions in different applications.

Research aims to improve plasma efficiency in industrial applications.

Examining how water-glycerol mixtures behave on surfaces and their practical applications.

Metaprism offers a new way to locate devices in challenging environments.

Study reveals how pressure influences flow behavior in soft particle systems.

A look into the behavior and challenges posed by bacterial biofilms.

Utilizing transient histograms for accurate surface measurement in robotic applications.

Study reveals how droplet interactions impact coalescence in various applications.

Non-intrusive techniques provide better temperature readings in dynamic fluid flows.

A flexible model improving fault diagnosis in electrical motors across various conditions.

New techniques improve predictions for complex fluid behavior in various industries.

A deep dive into how surface roughness affects liquid behavior.

Research shows electric fields can create a new state of water called ferroelectric glassy water.

Research unveils crucial factors affecting Oldroyd-B fluid stability in various processes.

Key methods for optimizing material cutting in manufacturing and logistics.

Investigating how yield-stress fluids behave in porous materials under varying pressures.

Improving efficiency and product yield through optimal control in chemical reactors.

Understanding dislocations is crucial for improving metal performance under stress.

Explore the effects of shear stress on fluid dynamics and birefringence patterns.

New methods enhance safety and performance of flying robots with robotic arms.

Groundbreaking improvements in imaging techniques for biological and industrial research.

New research improves yield-stress fluids for versatile applications.

A flexible device improves timing measurement of ultrashort laser pulses across various fields.

Research reveals how liquid types influence spreading on surfaces.

A look into the movement of electrically conductive fluids under magnetic fields.

A new MLOps architecture integrates explanations to enhance trust and efficiency in ML models.

A comparison of two models for understanding viscoelastic fluid behavior.

Automating RNN design enhances modeling for dynamic systems.

A clear look at surface tension and its significance in everyday life.

MECSELs offer tunable, cost-effective lasers for diverse applications.

Research reveals variability in polymer relaxation times based on testing setups.

A new approach uses graph neural networks for better anomaly detection.

A look at improving data transfer with TSN techniques.

New methods improve THz detection, capturing rapid material changes effectively.

Study investigates drop impact behaviors and forces using advanced video analysis and AI.

The Print-N-Grip hand offers a low-cost solution for handling hazardous materials.

Research reveals how large molecules influence solution properties in crowded environments.

Investigating the behavior and implications of shear-thinning in various liquids.

A study on identifying unusual patterns in time series using one-class classification.