Flow Science Technical Notes
TN60-TN80 | TN31-TN60 | TN1-TN30
Listed
below are technical notes on FLOW-3D prepared
by Flow Science staff. Linked Tech Notes are downloadable. Use a PDF
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TN30 
C.W. Hirt, Transient Blast Loading
TN29 C.W. Hirt, Flow Uniformity in a Ventilated Chamber
TN28 J. M. Sicilian, Tabular Equation-of-State Routines for FLOW-3D
TN27 C. W. Hirt and A. Y. Souders, Flushed with Success
TN26 C.W. Hirt, Bubble Bursting
at a Water Surface
TN25 C.L. Bronisz and C.W. Hirt, Unsaturated
Flow in Porous Media: A FLOW-3D Extension
TN24 J. M. Sicilian, A FAVOR™ Based Moving Obstacle Treatment for FLOW-3D
TN23 C.W. Hirt, Water Entry by High Speed Projectiles
TN22 C.W. Hirt, Underwater Explosions
TN21 C.W. Hirt and R.P. Harper, Modeling Cavitation Phenomena
TN20 C.W. Hirt, Gravity-Fed Casting
TN19 C.W. Hirt and R. P. Harper, A Simple Moving Obstacle Method for FLOW-3D
TN18 C.W. Hirt, Flow in a Model
Rocket Nozzle
TN17 C.W. Hirt, Flow in a Solid-Propellant
Rocket Chamber
TN16 J.M. Sicilian and C.W. Hirt, Fuel Slosh in a Motorcycle Tank
TN15 C. W. Hirt and R. P. Harper, Pouring and Solidification of a Metal Ingot
TN14 C.W. Hirt and R.P. Harper, FLOW-3D Solidification/Melting Update
TN13 Examples of 3D Free-Surface Plots
TN12 C.W. Hirt and R.P. Harper, Flow Over a Three-Dimensional Turret
TN11 C.W. Hirt and R.P. Harper, Flow in a Vortex Chamber
TN10 C.W. Hirt and R.P. Harper, Notes
on F-Advection and F-Packing
TN9 C.W. Hirt and R.P. Harper, Fluid Slosh in a Spinning and Oscillating
Dish
TN8 C.W. Hirt and R.P. Harper, Sample Calculations for Air Flow in a Glovebox
Room
TN7 C.W. Hirt and R.P. Harper, Flow Modeling for Casting Analysis
TN6 C.W. Hirt and R.P. Harper, Surface Tension Validation Tests
TN5 C.W. Hirt and R.P. Harper, Plume Rise in a Stratified Fluid
TN4 J. M. Sicilian, Natural-Convection Heat-Transfer Analysis
TN3 C.W. Hirt and R.P. Harper, Sample Problem for Free Surface Hydraulics
TN2 C.W. Hirt and R.P. Harper, Sample Problem for Compressible Flow About
a Thrust Deflector
TN1 C.W. Hirt and R.P. Harper, Sample Problem for an Oil/Water/Gas Separator