FLOW-3D Newsletters

Browse by Issue

Quick Reference

2012

Spring
Winter

2011

Fall
Summer
Spring
Winter

2010

Fall
Summer
Spring
Winter

2009

Fall
Summer
Spring
Winter

2008

Fall
Summer
Spring
Winter

2007

Fall
Summer
Spring
Winter

2006

Fall
Summer
Spring
Winter

2005

Fall
Summer
Spring
Winter

2004

Fall
Summer
Spring
Winter

2003

Summer
Fall

2002

Winter
Summer
Winter 2001/Spring 2002

2001

Spring
Winter

FLOW-3D Application Notes

• Gaining better understanding on agitational stresses applied to proteins for biopharmaceutical development
• Computation of Wave Forces on Coastal Bridges
• Evaluation of the Wind Effects on the Iron-Ore Stock Pile; Fugitive Dust Emissions for Different Configurations
• Special: Visualization Spotlight (Building Simulation Reports, Visualizing FLOW-3D Data, and High Productivity CFD)
• Optimization of a Die Cast Vacuum System using Numerical Simulation
• One Person’s Application can be Another’s Inspiration
• Do Our Design Guidelines Represent the Art of Nature? Simulating Cross-Bar Block Ramps with FLOW-3D
• Turbulent Structures as Success Criterion for Fish Passages
• FLOW-3D Helps Prove Da Vinci’s Casting Genius
• Modeling Local Bridge Scour during Flood Event
• Using FLOW-3D as an Engineering Tool for Hybrid Modeling
• Simulation of Droplet and Bubble Dynamics in Microfluidic Devices
• Simulating the Interaction Between Waves and Breakwaters
• In by 9, out by 5 – Rapid evaluation of Tide® bottle filling
• Analyzing Debris Transport in a Nuclear Reactor Containment Building following a Loss of Coolant Accident
• Computational Fluid Dynamics Predicts Air Gap and Wave Impact Loads of Offshore Structures
• 3D Modeling of a Landslide-Induced Wave Hazard
• Earthrace Guarantees Speed, Fuel Efficiency and Safety
• Modeling Nasal Passages is Nothing to Sneeze At
• Making the Switch: Improving High Pressure Die Casting Designs with Simulation
• Comparing HVAC System Designs with FLOW-3D
• Modeling the Drop Formation Process in Inkjet Printheads
• Assessment of Blast Loading
• Helping Improve Velocity Measurements in the Nation’s Rivers and Streams
• Casting Processes with Changing Geometry
• Modeling Flood Control Waterways
• Modeling Moving Engine Parts Using the FLOW-3D GMO Model
• Simulating Viscoelastic Coating Flows
• Using FLOW-3D to Model Valves and Water Hammer Effect
• Aquaculture Site Selection
• Analysis and Optimization of a Stopper-Rod Pour
• Analysis of a Thermosetting Compound During Mold Filling
• FLOW-3D Helps Prevent Nitrification in Water Storage Reservoir
• Modeling Electrokinetic Phenomena
• Shot Cylinder Performance

FLOW-3D Development Focus

• Development Focus: User Interface Redesign in the Works
• Improvements to the General Moving Objects Model
• Modeling Two-Fluid Interfacial Temperatures
• High Performance Computing with Hybrid FLOW-3D/MP 4.2
• Cast Iron Solidification Model
• New Wave Generators
• Parallelizing FLOW-3D using OpenMP
• Fluid Structure Interaction: A Coupled Finite-Element/Finite-Difference Model in FLOW-3D
• A Continuum Model for High Concentration Granular Media
• Sweet Application using the Salt Dissolution CFD Model in FLOW-3D
• FLOW-3D/MP 4.0 - Performance Improvements
• Fifth-Order Stokes Wave
• Temperature-Dependent Material Properties
• Improved Sedimentation & Scour Model
• Predicting Binder Gas Pressures and Blow Locations in Chemically Bonded Sand Cores
• Automatic Decomposition Tool (ADT)
• Springs & Ropes and Sinusoidal Motion— Additions to the General Moving Object Model
• User Interface Changes Enhance Productivity
• Changing Simulation Options at Runtime
• It's Not Just a Phase
• Modeling Deformable Membrane and Flexing Walls
• More User Conveniences for the FLOW-3D GUI
• Unstructured Memory Allocation: Ability to allocate solution arrays on parts of mesh
• Implicit Advection
• Adding Collision Modeling to FLOW-3D
• FLOW-3D Version 9.1 Coming Soon!
• Improved VOF Scheme for FLOW-3D
• Extensions to the Air Entrainment Model (or Passing Gas Discreetly)
• Extending GMO
• New Model for Electro-Hydrodynamics of Semi-Conductive Fluids
• New Model for Predicting Micro-Porosity
• New Thermal Stress Model for FLOW-3D
• New Pressure-Velocity Solver for FLOW-3D
• General Moving Objects Model