MULTI PHASE FLOWS

TSI’s Global Imaging Systems, driven by the INSIGHT 3G™ Software Platform, feature the most advanced tools and widest range of measurement techniques for detailed analysis of multiphase fluid flow properties. Measured parameters include droplet size and velocity in sprays, object size–shape–velocity analysis (including diameter, Feret diameter, ellipticity, and area) in bubbly, particle laden, or liquid-liquid multiphase flows, and void fraction.


RELATED NEWS

TSI’S V3V SYSTEM RESULTS ON YOUTUBE.COM — February 17, 2009 - For the first time, you can now view TSI’s V3V System demo and results on Youtube.com.

RELATED EVENTS

October 11, 2010 –
October 14, 2010
TSI Fluid Mechanics Workshop
TSI Inc. (Shoreview, MN)
Contact fluid@tsi.com for more information.

RELATED PROMOTIONS

PDPA AND LDV TRADE-IN PROGRAMS ARE BACK FOR 2010 —  UPDATE YOUR PIV CAMERA THROUGH OUR 2010 TRADE IN PROGRAM — TSI cameras are well-known for their performance, compact size, and long-lasting durability resulting from the protective CCD mask. After five to ten years, however, technology has advanced to the point where new cameras offer significantly greater speed, resolution, and ease-of-use. That's why we are offering this limited-time trade in program for customers with PIVCAM10-30, Kodak ES1.0, PowerView 2M, and PowerView 4M cameras. Take 15% off the price of a new camera when you trade in your old camera for the sensitivity and resolution of a new PowerView Plus 2MP or 4MP camera. The old camera does not even have to work!

APPLICATION NOTES

 Experimental Study on the Flow Characteristics of Streamwise Inclined Jet in Crossflow
 Flame Characterization Under Microgravity Conditions (PIV-001)
 Flame Stabilization
 Flow behind a Mitral Valve
 Flow Measurements in a Microchannel
 High Speed Particle Size Measurements (LDV-001)
 Hovering Helicopter Rotor Wake
 LDV Measurements In A Boundary Layer (LDV-002)
 LDV Measurements in an IC Engine using a Spark Plug Mounted Probe (LDV-006)
 Measurements around Insect Wings
 Measurements In a High Reynolds Number Swirling Flow
 Measurements in a Large Chamber
 Measurements in a Lifted-Jet Flame
 Measurements in a Microchannel
 Measurements in a Motored Internal Combustion Engine
 Measurements In A Shock Tube Flow (LDV-003)
 Measurements In a Swirling Air Flow
 Measurements in a Turbulent Channel Flow
 Measurements of Rotor Tip Vortices Using Three-Component Laser Doppler Velocimetry (LDV-004)
 PIV Measurements of the Asymmetric Wake of a Two-dimensional Heaving Airfoil
 Propeller-wake Study (StereoPIV-006)
 Quantification of Laminar Mixing Performance using Laser-Induced Fluorescence
 Survey Of A Wake Field (LDV-005)
 Taylor-Couette Flow
 The Effect of Gurney Flap Height on Vortex Shedding Modes Behind Symmetric Airfoils
 Time Resolved PIV Analysis of Flow Over a NACA 0015 Airfoil with Gurney Flap PIV-014
 Turbomachinery - Measurements in a Transonic Axial Compressor
 Two-phase Bubbly Flow Measurements
 Water Flow Downstream of a Body (StereoPIV-007)

BROCHURES

 Cameras for PIV, PLIF, and GSV
 Combustion Diagnostics Using Planar Laser-Induced Fluorescence
 Expert Measurement Alliance Program
 Fiber Optic Probes for PDPA/LDV Systems
 Global Imaging Systems
 Global Sizing Velocimetry (GSV) System
 High Frame-Rate PIV Systems
 INSIGHT 3G™
 Measuring Microflows Using Particle Image Velocimetry
 Multi-Phase Flow
 POWERVIEW™ PIV/PLIF Systems
 Proper Orthogonal Decomposition (POD)
 Super Resolution Particle Velocimetry

MODEL COMPARISON GUIDE

 Model Comparison Chart - Insight 3G
 Model Comparison Chart - PIV LaserPulse Synchronizer
 Model Comparison Chart - Powerview Cameras
 Model Comparison Chart - Powerview Plus Cameras

POSTERS

 PIV Poster

SPEC SHEETS

 1.4 MP
 HS-200
 HS-2000
 HS-3000
 HS-650
 HYPERSTREAMING™ Image Transfer System
 LASERPULSE™ Synchronizer Model 610034
 LaserPulse™ Synchronizer Model 610035
 Model 11MP
 Model 2MP
 Model 4MP
 Model 610048 MicroPIV Optical Assembly

TECHNICAL NOTES

 Correcting for non-orthogonal Measurements
 How Frame-Straddling Works
 Selecting the Coincidence Window for a Multichannel LDV System
 The Difference Between Data Rate and Data Density