Home

Case Study

Validation of Aerodynamic Downforce Using Micro-Measurements Strain Gages

Validation of Aerodynamic Downforce Using Micro-Measurements Strain Gages

Vishay Precision Group
Pages 3 Pages

Case Studies April, 2015 Document Number: 25500 For technical questions, contact: mm@vpgsensors.com www.micro-measurements.com Revision: 14 April 2015 page 1 of 3 Validation of Aerodynamic Downforce Using Micro-Measurements Strain Gages Authors Dylan Edmiston, Todd Jarolimek, Noel Thomas, Jennifer Luong, Jonathan Nuñez, Silas Wright, David Kanner, Reagan Fuhr, Andrew Cheung, Michael Braddock, Ben Bou

Join for free to read

You Might Also Like


Strain gages in a wind tunnel application
Case Study Strain gages in a wind tunnel application
HBM

Validation of FE Models by Using Strain Gauges
Case Study Validation of FE Models by Using Strain Gauges
HBM

Aerodynamic shape optimization of racing cars using Computational Fluid Dynamics (CFD)
Case Study Aerodynamic shape optimization of racing cars using…
DEP (Detroit Engineered Products)

Assessment of Nose Shape & Taper on Aerodynamic Stability of Missiles
Case Study Assessment of Nose Shape & Taper on Aerodynamic Stability of…
Zeus Numerix

More from Vishay Precision Group


Effect of Dental Composite Type and Placement Technique on Polymerization Shrinkage Stress
Case Study Effect of Dental Composite Type and Placement Technique on…
Vishay Precision Group

Smart Force-Measuring Ice Skating Blade
Case Study Smart Force-Measuring Ice Skating Blade
Vishay Precision Group

High-Precision Torque Measurements on a Top Fuel Dragster
Case Study High-Precision Torque Measurements on a Top Fuel Dragster
Vishay Precision Group

Thermal Pressure Measurement of Fluids
Case Study Thermal Pressure Measurement of Fluids
Vishay Precision Group
© 2025 Contentree.  All Rights Reserved   |   Privacy and Cookies   |   Legal   |   Do not sell my info