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Flow Science Technical Notes: 31-60
TN61-TN87 | TN31-TN60 | TN1-TN30
Listed below are technical notes 31-60 on FLOW-3D prepared
by Flow Science staff. Linked Tech Notes are downloadable. Use a PDF
viewer or Adobe
Acrobat to view. If a technical note is not linked to our online library,
call or email us at Flow Science and we
will send you a copy.
TN60 | D.T.
Souders & C.W. Hirt, Modeling Roughness Effects in Open
Channel Flows
TN59 | M.R.
Barkhudarov, Multi-Block Gridding Technique for FLOW-3D
TN58 | C.W.
Hirt, Modeling Thermal Expansion Effects in FLOW-3D
TN57 | C.W. Hirt, Modeling Phase Change and Homogeneous Bubbles
TN56 | C.W.
Hirt, Addition of Dielectric Phenomena to FLOW-3D
TN55 | C.W. Hirt, Automatic Limited Compressibility
TN54 | C.W. Hirt, Simulating the Wetting and Drying of Shallow Flows
TN53 | C.W.
Hirt, Movable Fluid Sources in FLOW-3D
TN52 | C.W. Hirt, Self-Consistent Electric Fields and Electric Forces
on Charged Particles
TN51 | C.W. Hirt, A Surface Tension Model Update
TN50 | C.W. Hirt, Particle-Fluid Coupling
TN49 | C.W. Hirt, Addition of Wave
Transmitting Boundary Conditions to the FLOW-3D Program
TN48 | C.W. Hirt and J. E. Richardson, The
Modeling of Shallow Flows
TN47 | C.W. Hirt, Thermocapillary
Sample Problems
TN46 | C.W. Hirt, Sensitivity of Computational Results to Different Computers
TN45-1 | C.W. Hirt and M.R. Barkhudarov, Modeling
the Lost Foam Process with Defect
Prediction-Progress Report: Lost-Foam Model
Extensions, Wicking
TN45 | C.W. Hirt and M. R. Barkhudarov, Modeling the Lost Foam Process with Defect Prediction
TN44 | J.E. Richardson, Surf Similarity
TN43 | M.R. Barkhudarov, Enhancements to Heat Transfer and Solidification Shrinkage
Models in FLOW-3D
TN42 | M.R. Barkhudarov, Additions
to the Particle Transport and Diffusion Model for FLOW-3D
TN41 | M.R. Barkhudarov and K. A. Williams, Simulation
of 'Surface Turbulence' Fluid Phenomena During the Mold Filling Phase of Gravity
Castings
TN40 | C.W. Hirt and K.A. Williams, FLOW-3D Predictions
for Free Discharge and Submerged Parshall Flumes
TN39 | M.R. Barkhudarov and J.L. Ditter, Particle
Transport and Diffusion
TN38 | J.L. Ditter and C.W. Hirt, A Scalable Model for Stir Tanks
TN37 | C.W. Hirt, Simulation of a
Thick-Part Injection Mold
TN36 | C.W. Hirt, Identification and
Treatment of Stiff Bubble Problems
TN35 | J.L. Ditter and C.W. Hirt, Fountain Effect and Die Swell Phenomena
TN34 | C.W. Hirt and J.L. Ditter, Injection
Molding of Polymer Materials
TN33 | C. L. Bronisz and C.W. Hirt, Lubricant Flow in a Rotary Lip Seal
TN32 | C. L. Bronisz and C. W. Hirt, Flows with Density Stratification: An
Illustration of Higher-Order Scalar Transport
TN31 | C.W. Hirt and C.L. Bronisz, On the Computation of Highly Viscous Flows