During the processing stage, increased monitoring of foodstuffs can help in determining the quality attributes in real time and thus enable enhanced process control. In a majority of process ...

Abstract: The most prevalent approach to simulating viscous fluids is based on the Navier-Stokes equations, and has extensively been adopted in computer graphics for the past two decades. When ...

Abstract: This paper is a study of a new sensor for fluid characterization. This sensor is composed of a stainless steel plate in contact with a viscous material. The aim is to characterize the ...

How can viscous fluids be sprayed with the FlexFlow™ electronically controlled nozzle system? The FlexFlow™ precision spraying control system normally controls electronic nozzles such as the EHP or ...

Measuring flow in fluids with viscosities of more than 100 centipoise (cP) requires special consideration by those responsible for operating and maintaining the equipment. In addition to heavy crude, ...

Honey is already a pretty thick liquid, but let it begin to crystalize and it can become downright clumpy. The sugar crystals in suspension seem to increase its viscosity. This phenomenon occurs ...

The two biggest obstacles to measuring viscous fluids flow—viscosity and flow profile—are now well understood and solutions to their challenges have been developed. Measuring flow in fluids with ...

Even the most mundane tools may bring forth complex truths in microgravity. On October 20, 2025, a set of small metal ball ...

The purpose of this small code is to simulate fluid-like motion by solving simplified 2D low-resolution Navier-Stoke equations for incompressible/viscous fluids in real-time. The solver is greatly ...

From cars on a highway to a viscous fluid like oil, our understanding of electron behaviour is being changed by new research. In high school science class, we learned that plugging a cable into an ...