Presenters at the 2014 FLOW-3D Americas Users Conference

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We are pleased to announce this year’s speakers for the 2014 FLOW-3D Americas Users Conference; their topics and breadth of experience using FLOW-3D promise an exciting and informative conference.  FLOW-3D users, from both the commercial sector and research arena, will present and discuss their work, including topics such as modeling bioreactors, simulating erosion control, predicting dam break failure and solving manufacturing issues using CFD software. Speakers from GM Corp, AECOM, Tetra Tech, W.F. Baird & Associates, KODACO and a variety of leading research institutions are part of a diverse lineup of presenters.

A CFD Approach for Predicting Magnetic Field-Directed Particle-Transport and Self-Assembly in Microfluidic Systems

Xiaozheng Xue, University at Buffalo SUNY

A Comparison of Pump Sump Modeling Using FLOW-3D

Steve Saunders, Ibis Group

Advances in Meshing in FLOW-3D v11

Michael Barkhudarov, Flow Science

CFD Modeling of a Thermal Buoyant Plume

Navid Nekouee, Tetra Tech

Computational Modeling a Microcarrier Bioreactor System for Stem Cell Culture Performance Analysis

Ioannis H. Karampelas, University at Buffalo SUNY

Cyclone Wave Loads on Wharf Structure using the New Wave Approach

Trevor Elliott, W.F. Baird & Associates

Developments in FLOW-3D Interfaces

John Ditter, Flow Science

Development of a Contact Pour Ladle for Casting Automotive Cylinder

David D. Goettsch, GM Corp

Failure of Niedow Dam in Poland – Preliminary Analysis and Conclusions

Bernard Twarog, Cracow University of Technology

FLOW-3D v11 and Future Development Plans

Michael Barkhudarov, Flow Science

Lost Foam Casting Simulation Made Easy

Harry Littleton, Alchemcast

Numerical Approaches for the Prediction of Head Losses Incurred over Spoiler Baffle Arrays for Use in Slip-Line Rehabilitated Fish Passage

Jason Dugay, Université de Sherbrooke

Optimization of Die Casting of High-Magnesium-Content Aluminum Alloy

Han Goo Kim, Kodaco

Predicting Castability of Thin Walled Parts for the HPDC Process using FLOW-3D

Rabi Bhola, Bholster Technologies

Simulation of the Flow of Self-Consolidating Concrete in Various Workability Test Set-ups

Masoud Hosseinpoor, Université de Sherbrooke

Simulation of Flow Over Ogee Shaped Dam

Ning Pan, University of Guelph

Three-Dimensional Subaerial Landslide Generated Wave Simulations using FLOW-3D

W. Daley Clohan, University of British Columbia

Turbulence Analysis in a Stilling Basin through a Mathematical Simulation in FLOW-3D and an Experimental Technique with ADV

Victor Ignacio Mastache Mendoza, Universidad Nacional Autónoma de Mexico

Using FLOW-3D to Increase Grit Capture in an Underperforming Vortex Grit Chamber

Ryan Edison, AECOM