Latest Articles for Industrial Processes

Advanced technologies are enhancing temperature predictions in reheating furnaces for better efficiency.

Discover how muons help us see inside objects without opening them.

A look into Model Predictive Control and its applications in complex systems.

New research improves liquid-liquid extraction methods for efficient material recovery.

This article explores how bubble density and viscosity affect mixing in turbulent liquids.

Learn how P3LS enables safe data sharing in manufacturing.

Exploring the effects of gas jets on liquid film stability in coatings.

Research combines modeling techniques to speed up technology scaling for climate solutions.

This study examines how RMF generates waves in layered liquids.

This work introduces a method to analyze time series data and detect anomalies in water treatment processes.

A fresh approach combines machine learning with traditional fluid dynamics for better predictions.

A study on weak solutions for compressible non-Newtonian fluids and their behaviors.

Examining the behavior and interactions of gas bubbles in changing liquid conditions.

SimulKnock optimizes microbial design and fermentation processes for efficient chemical production.

Examining how pressure variations affect fluid flow in turbulent boundary layers.

A new method improves time-series forecasting accuracy in process industries.

Explore how granular suspensions differ from regular fluids in various applications.

Exploring how droplet coalescence impacts various natural and industrial processes.

This article examines how particle density affects movement in turbulent flows.

Research highlights innovative techniques for optimizing heat transfer efficiency.

Learn how machine learning improves the quality of spunbond nonwovens.

Exploring neural networks for improved control in distillation columns.

A tool for accurate simulation of two-phase liquid interactions.

A look into improving vapor-liquid equilibrium modeling through experimental design.

This article examines the behavior of chiral particles in turbulent environments.

Energy-intensive industries can adapt processes to support power grid stability.

Examining how lift forces influence particle movement in turbulent environments.

A look at the behavior and stability of vortex filaments in various fluids.

This article examines how fluids mix and behave over time in various environments.

Examining how different sized particles settle in fluids for various applications.

This method offers deeper insights into complex systems through advanced analysis.

A new framework enhances the efficiency of catalyst adsorbate placement using machine learning.

This study examines how particles affect stability in shear flows.

Examining amorphous solids' properties and their transition between jammed and un-jammed states.

A look at the benefits of self-tuning control for energy efficiency in industries.

Study reveals how impacts create craters and release gases underwater.

A study on how particle sizes affect movement and separation in granular materials.

Discover how data-driven methods are changing measurements and modeling in metrology.

This study presents a new model for yield stress fluids, improving understanding and applications.

This study examines bubble dynamics affecting fluid flow in channels.