Plane strain field measurement system

Vic-2D™ System

VIC-2D 6 is now available!

VIC-2DThe functionality has been significantly upgraded and will be released in the near future. VIC-2D has been validated as the fastest and most stable 2D DIC system in the global market. Please contact us now to get your trial version and experience its outstanding performance firsthand!

VIC-2Dhas been substantially upgraded and is available today. VIC-2D has proven to be the world’s fastest and most robust 2D DIC system on the market. Call us today for an evaluation copy and see for yourself.


VIC-2D-SS-Main-Page

VIC-2D 6 new featuresNew Features Download and apply for a trial nowDownload your evaluation copy of Vic-2Dtoday.

Below is a list of improvements to the software:

The data processing speed has been increased to 135000 data points per second, based on the current consumer grade single CPU/4-core Intel CoreProcessor host implementation, consistent with user experience.

Improved the strain algorithm to obtain faster and more accurate results.
A completely redesigned user interface has improved usability.
Define new improvement tools for AOI (Area of Interest).
Improved the initial prediction window interface.
A completely redesigned inspection tool for easier data extraction.
All extraction locations are now saved in the project and have click and drag functionality.
New 'application functionality' calls allow users to input custom equations to generate new contour variables.
New graphic tool for displaying multiple data extractions (points, line slices, circles, rectangles, and extensometers) on a single graphic.
The results can now be viewed in user selectable units such as in and mm.
The efficiency of the projectOverall improvement (extraction, analysis settings, drawing settings, etc.)
The newly added project menu and thumbnail display on the software startup page.
The newly integrated post-processing function can extract data by using a time filter.
• Improved loading performance for large-scale projects and faster animation playback speed.

• Improved data processing speed up to 135,000 data points/sec using a modern PC with a single quad-core CPU.
• Improved strain algorithms for quicker and more accurate results.
• Completely redesigned user interface for increased ease of use.
• New and improved tools for defining AOIs (Areas of Interest).
• Improved initial guess window interface.
• Completely redesigned inspector tools for easier data extraction.
• All extraction locations are now saved with the project, and have click and drag functionality.
• New “Apply Function” feature that allows the user to enter customized equations to generate new contour variables.
• New graph widget for displaying multiple data extractions on one graph (points, line slices, circles, rectangles, and extensometers).
• Results can now be viewed in user-selectable units such as inches and micrometers.
• Overall improved project saving (extractions, analysis settings, plot settings, etc.)
• New recent projects menu and thumbnail display on home page.
• Newly integrated post-processing feature for applying time filters to extracted data.
• Large project loading performance improvement with faster animation playback.

Overview of VIC-2D SystemSystem Overview

VIC-2D_System

VIC-2D systemIt is a turnkey solution that utilizes our optimized algorithms to provide full field two-dimensional displacement and strain data for mechanical testing on planar specimens. The system can not only measure the in-plane displacement of each subset of pixels within the attention area, but also calculate the overall strain information using multiple strain tensor options.

The VIC-2D systemis a turnkey solution that utilizes our optimized correlation algorithms to provide full-field two-dimensional displacement and strain data for mechanical testing on planar specimens. In-plane displacement are measured at every pixel subset within the area of interest, and full-field strain is computed with many tensor options.

VIC-2D systemMeasurable plane displacement andMore than 2000%The strain results can have a measurement resolution as low as 10 microstrains. This software is the most flexible and powerful 2D DIC software on the market, with measurement ranges from micrometers to meters. Not only is the measurement function easy to use, but it also has built-in microscope distortion correction and SEM drift correction modules.

The VIC-2D systemmeasures in-plane displacements and strains over 2000% with measurement resolution as low as 10 microstrain possible. Specimen sizes ranging from microns to meters are measured easily, and with a built-in microscope distortion correction and SEM drift correction module, the software is the most flexible and powerful 2D DIC software on the market.

High density polyethylene passes through under high strain tensionStrain data obtained from 2D full field measurementFull-field 2D strain data measured during a high-strain tensile test on a HDPE sample

One stop solutionTurn-key Solution

The VIC-2D system is a complete turnkey measurement system that can be customized for various applications. The measurement system is designed with the concept of usability, consisting of easy-to-use hardware integration, easy to set up analog data acquisition synchronization, and intuitive and easy-to-use software. Some functions of the VIC-2D system include:

The VIC-2D system is a completeturn-keymeasurement system which can be customized to a wide range of applications. Our measurement systems are designed with the ease-of-use in mind with simple hardware integration, simple analog data synchronization, and intuitive software. Some of the features of the VIC-2D system include:

  • Non contact full field displacement and strain measurement
  • No calibration required
  • Speckle preparation can be done using the VIC Speckle Kit speckle production tool
  • Can apply VIC Gauge 2D software for real-time data processing
  • Integrated simulation data synchronization
  • Real time output of VIC Gauge analog signal can be used to achieve closed-loop control
  • High strain resolution and large strain range measurement
  • The size of the specimen can be measured from the SEM scanning electron microscope scale to the macroscopic bridge scale
  • Non-contact full-field displacement and strain measurements
  • No calibration necessary
  • Simple specimen preparation using the VIC Speckle Kit
  • Real-time data processing with VIC-Gauge 2D
  • Integrated analog data synchronization
  • Available analog output for machine control with VIC-Gauge
  • High strain resolution and range
  • Sample sizes from SEM images to bridges

Application fieldApplications

Vic-2D systemalmostSuitable for any measurement of strain distribution requiredFlat material specimenCommon applications include stretching, shearing, crack propagation, fatigue/cycling, and so on. The system calculates and displays the local strain field, which can be easily exported for FEA verification.

TheVic-2Dsystem is used where strain distributions need to be measured on flat specimens of almost any material. Common applications include testing in tension, shear, crack growth, fatigue/cyclic and more. Localized strain fields are computed, displayed, and easily exported for FEA validation.

system parametersSystem Specifications

Below are the specifications for common VIC-2D systems configurations:

System model VIC-2D SR VIC-2D HR VIC-2D XR VIC-2D HS VIC-2D UHS
Image collector resolution From 2 to 5M From 5 to 12M From 11 to 29MP up to 4MP up to 924 x 768
frame rate 162 Hz 75 Hz Up To 5 Hz up to 300 KHz (reduced resolution) up to 5 MHz
In-plane displacement accuracy 0.00001 * FOV 0.00001 * FOV 0.00001 * FOV 0.00001 * FOV 0.00002 * FOV
Strain accuracy ~ 10 minutes ~ 20 minutes ~ 50 minutes ~ 50 minutes ~ 50 minutes
Strain measurement range 0.005% to>2000% 0.005% to>2000% 0.005% to>2000% 0.005% to>2000% 0.01% to>2000%