COMPUTATIONAL FLUID DYNAMICS

Hayward Gordon is proficient in providing CFD solutions for:

HydroMix Nozzle Mixing Systems

Top and Side Entry Mixers

Autoclave Mixing Systems

CFD Analysis will focus on analyzing the following details:

Velocity Contours

Visualize velocities within a domain plane. Useful for confirming

environment uniformity and mixing intensity.

Velocity Vectors

Investigate the direction of flow within the domain. Useful for analyzing

mixing patterns and preventing short circuiting.

Shear Planes

Visualize Shear Stress, Shear Strain or localized G-Value within a domain

plane. Useful for confirming environment uniformity and visualizing

areas of rapid volume expansion or low bio-gas production in anaerobic

digesters.

Particle Streamlines

Determine the path a particle would take as it moves through the fluid

domain. Useful for analyzing zones of influence, solids suspension and

particle contact in mixing applications.

Fluid ISO Surfaces

Display the physical shape of a flow characteristic. Useful for visualizing

velocity distributions in a fluid domain.

Computation Fluid Dynamics (CFD) is a powerful tool utilized for

analyzing fluid flow. Hayward Gordon has 20 years of experience

using its in house CFD capabilities to simulate and guarantee mixing

regimes suited for our clients specific applications.