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All News and Pages Related to "University of Iowa"

iihr report 487

Posted on March 16th, 2015

IIHR Technical Report #487 Part 1: Report without appendices IIHR Technical Report #487 Part 2: Appendices

iihr report 493

Posted on February 23rd, 2015

IIHR-Report-493 AppendixI.1-CFDShip-Beta00 AppendixI.2-ISIS-CFD-Beta00-October02 AppendixI.3-ReFRESCO-Beta00deg AppendixII.1-CFDShip-Beta20 AppendixII.2-ISIS-CFD-Beta20-January08 AppendixII.3-ReFRESCO-Beta20 AppendixII.4-STARCCM(NTUA)-Beta20 AppendixIII AppendixIV

Stern Advances Hands-On Learning at UI

Posted on April 15th, 2014

At the University of Iowa, Professor Frederick Stern has developed a customized educational approach using the ANSYS Workbench interface and tools that help students quickly learn to use ANSYS Fluent for advanced computational fluid dynamics (CFD) simulations, while reinforcing introductory and intermediate fluid mechanics concepts. Read more …

Liability Waiver

Posted on November 1st, 2013

This software, any accompanying documentation and other relevant information (collectively “Information”) was developed by Professor Fred Stern and colleagues at The University of Iowa. You (“User”) should be aware of the following statements and declarations. If these are agreeable, please fill out the Application Form, and click the “I Agree” button.  A password will be […]

Download CFDShip-Iowa

Posted on November 1st, 2013

CFDShip-Iowa is general-purpose computational fluid dynamics (CFD) simulation software developed at the University of Iowa’s IIHR—Hydroscience & Engineering. CFDShip-Iowa represents, in part, deliverables for sponsored research funding from the Office of Naval Research. The program solves the incompressible Reynolds-averaged Navier-Stokes (RANS) and continuity equations with a variety of turbulence models, and a single-phase level set […]

Reports

Posted on October 14th, 2013

2015 S. Bhushan,  H. Yoon, F. Stern, E. Guilmineau, M. Visonneau, S. Toxopeus, C. Simonsen, S. Aram, S-E Kim and G. Grigoropoulos, 2015, “CFD validation for surface combatant 5415 at straight-ahead and 20 degree static drift conditions“, IIHR Technical Report No. 493. 2014 S. Bhushan, H. Yoon, F. Stern, E. Guilmineau, M. Visonneau, S. Toxopeus, C. […]

Series 60 Steady Flow

Posted on September 10th, 2013

Equipment Results are presented from a towing-tank experiment conducted in order to explicate the influence of wavemaking by a surface-piercing body on its boundary layer and wake and provide detailed documentation of the complete flow field appropriate for validating computational fluid dynamics methods. Mean velocity and pressure field measurements were performed for two Froude numbers, 0.16 […]

Series 60 Drift

Posted on September 10th, 2013

Experiment Yaw effects on model-scale ship flow are documented through towing-tank experiments for a 3.048-m Series 60 CB=0.6 model ship.  The data includes: photographs and video; resistance, side force, and yaw moment; sinkage, trim, and heel; wave profiles along the hull and wave elevations; and mean-velocity and pressure fields for numerous crossplanes from the bow […]

NACA24

Posted on September 10th, 2013

Experiment Results are presented from a towing-tank experiment of 3D separation and free-surface turbulence to provide detailed documentation of the flow appropriate both for explicating the flow physics and validating computational methods.  The model is NACA24 which is a 1.2 m chord length, vertical, surface-piercing hydrofoil.  The data includes far and near field wave elevations, surface […]

5512 Captive Maneuvering

Posted on September 10th, 2013

Experiment Towing-tank experiments are performed for a surface combatant as it undergoes static and dynamic planar motion mechanism maneuvers in calm water. The data includes global forces/moment/motions and phase-averaged local flow-fields, and uncertainty assessment. The geometry is DTMB model 5512, a 1:46.6 scale, 3.048 m long, fiber reinforced Plexiglas hull. Model 5512 is a geosim […]