Latest Articles for Industrial Applications

Surfactants significantly influence the breakup process of liquid threads into droplets.

Exploring how signal processing enhances machine learning capabilities in various fields.

A theoretical approach enhances our understanding of colloidal suspensions under shear flow.

This article emphasizes the effectiveness of simpler methods in detecting anomalies in time series data.

New methods improve measurement of overlapping and non-spherical particles using Depth from Defocus.

Research highlights shape changes in colloidal polycrystals when stressed.

Utilizing NeRF technology for accurate 3D views in industrial settings.

Research reveals how changing conditions affects particle flow in suspensions.

Cyanidioschyzon merolae offers unique opportunities in genetic engineering and sustainable production.

Study reveals how elasticity affects material states when under pressure.

This article examines how viscoelastic fluids shift from smooth to chaotic flow.

New method reveals 3D crystal arrangements without damaging samples.

New methods improve EIT imaging accuracy for medical and industrial applications.

Machine learning offers insights into the behavior of viscoelastic fluids across industries.

HSILs offer clear advantages in studying zeolite formation and synthesis processes.

Study of suspensions reveals how past stresses influence their future behavior.

A study of V-flames reveals their complex dynamics and stability factors.

This research highlights xylanases useful in various industries.

Researchers use AI to enhance proteins for harsh industrial environments.

New approaches enhance understanding of metallic alloy changes during processing.

This article explores microbial growth patterns and their responses to environmental changes.

Genie 2 enhances protein design with AI, enabling complex structures and functions.

A new theory sheds light on the behavior of polydisperse glassy materials.

A new web-based UI simplifies controlling robotic systems for non-experts.

Learn about Bingham fluids and their impact on various industries.

Examining the dynamics of bubbles in liquid foams and their real-world implications.

A look into feature characterization methods for understanding surface performance.

This article explores how dark cavities can speed up chemical reactions.

Robots learn to adapt through vision and imitation techniques, improving usability.

Using logic-based methods to improve chemical process design efficiency and outcomes.

New materials promise better fracture management for various applications.

New methods enhance optimization in complex scenarios using latent spaces and noise.

Explore the fascinating behavior of liquid drops in various fluid environments.

A look into the behavior of liquid filaments during pinch-off in polymers.

Learn about the Quantum Application Score for assessing quantum device capabilities.

Researchers improve CO2 capture efficiency with modified graphene materials.

New insights into EVP fluids for better material applications in various industries.

Quantum simulation offers promising new methods for material exploration and cost savings.

A look at bainite's formation and properties in steel.

New methods improve efficiency in heat and drag management for various applications.