DIC Technology for Composite Material Mechanical Behavior with High-Speed Camera

DIC Technology for Composite Material Mechanical Behavior with High-Speed Camera
DIC Technology for Composite Material Mechanical Behavior with High-Speed Camera
DIC Technology for Composite Material Mechanical Behavior with High-Speed Camera
DIC Technology for Composite Material Mechanical Behavior with High-Speed Camera
DIC Technology for Composite Material Mechanical Behavior with High-Speed Camera
DIC Technology for Composite Material Mechanical Behavior with High-Speed Camera

DIC Technology for Composite Material Mechanical Behavior with High-Speed Camera

Industry pain points and demands

High-speed cameras combined with Digital Image Correlation (DIC) technology are essential for analyzing composite material mechanical behavior in advanced industries, but significant challenges remain. These include:


In cutting-edge fields like aerospace and new energy, composite materials are valued for their lightweight and high-strength properties, but researchers face persistent issues with brittle fractures during tensile testing, which are difficult to study due to their rapid and complex nature.

 

Traditional methods struggle to capture and analyze the dynamic fracture behavior of composites, such as crack initiation and propagation, requiring non-invasive, high-speed imaging solutions to track these events accurately in real time.

 

The need for full-field strain distribution analysis is critical for understanding composite material performance, but conventional strain gauges are limited to local measurements, necessitating advanced techniques like DIC paired with high-speed cameras to overcome these limitations and provide comprehensive data.

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SinceVision Solutions: SH6 Series High-Speed Camera

01Ultra-High Frame Rate for Fracture Capture: With a frame rate of 160,000 FPS, these cameras capture sequential images of composite material fracture moments with exceptional speed, enabling precise tracking of crack initiation, propagation, and material behavior, providing critical insights into toughness and brittleness.
02High-Resolution Imaging for Detailed Analysis: Offering a resolution of 1280×88, the cameras deliver high-quality imaging for input into DIC software, accurately obtaining pixel coordinates of target points and enabling full-field strain distribution analysis to uncover complex mechanical behavior, surpassing the limitations of traditional strain gauges.
03Non-Invasive, Real-Time Tracking: By combining ultra-high-speed imaging with DIC, SinceVision’s cameras offer a non-invasive, real-time motion tracking solution, providing strong support for researchers studying composite materials in aerospace, new energy, and other advanced industries.

Camera Selection

performance
resolutionFrame rateRecord time (memory)Record time (hard disk)
40GB80GB160GB4TB12TB24TB
1280 x 102415800FPS2 (s)4.1 (s)8.3 (s)3.4 (min)10.3 (min)20.7 (min)
1280 x 80820000FPS2 (s)4.1 (s)8.3 (s)3.4 (min)10.3 (min)20.7 (min)
1280 x 51231500FPS2 (s)4.1 (s)8.3 (s)3.4 (min)10.4 (min)20.8 (min)
1280 x 25662500FPS2.1 (s)4.1 (s)8.3 (s)3.5 (min)10.4 (min)20.9 (min)
1280 x 128121000FPS2.1 (s)4.3 (s)8.6 (s)3.6 (min)10.8 (min)21.6 (min)
1280×64221000FPS2.3 (s)4.7 (s)9.4 (s)3.9 (min)11.8 (min)23.7 (min)
1280×32410000FPS2.5 (s)5.1 (s)10.2 (s)4.2 (min)12.7 (min)25.5 (min)
1280×81150000FPS3.6 (s)7.2 (s)14.5 (s)6 (min)18.2 (min)36.4 (min)


specification
Model number
TYPESH6-116
Maximum resolutionFull Resolution1280 x 1024
Full shot speedFull Frame Rate15800fps
Maximum shooting speedMaximum Frame Rate1150000fp
Minimum exposure timeMinimum Exposure Time100 NS 
Pixel sizePixel Size14.6 μm
Standard memoryStandard RAM40GB/80GB/160GB/320GB
Extended memoryExtended Memor4T, 12T, and 24T are optional
Dynamic RangeDynamic Range60dB
Analog GainAnalog Gain×2、×4、×8
Bit ResolutionBit Resolution8bit
Shutte ModeShutte ModeGlobal shutter
ColorColorMonochrome (M)/Colorful (C)
ROIROISupport
Lens MountLens MountE interface, can be connected to F interface, C interface, EF interface
Data InterfaceData Interface10 Gigabit Ethernet, Adaptive Gigabit Ethernet
SensitivitySensitivityISO67000(M);ISO23000(C)
Fan ControlFan ControlSupports on/off, adaptive speed based on temperature, and manual 5-speed adjustment
Operating Temperature/HumidityOperating Temperature/HumidityStandard -10~50 ℃, below 95% (without condensation), customizable -40~65 ℃ wide temperature version
Video Signal OutputVideo Signal OutputSDI, Ethernet
Recording ModeRecording ModeStart, End, Center, Random, Manual
Trigger ModeTrigger ModeManual, IO, Image
External SignalExternal SignalInput: trigger (TTL/switch) signal, synchronization signal, ready signal, event signal, IRIGB code signal
Output: trigger (TTL/switch) signal, synchronization signal, ready signal, exposure signal, recording signal
Power SupplyPower SupplyDual power supply, DC24V
Dimensions (excluding lens)Dimensions (excluding lens)217D × 110W × 110H, excluding raised parts
WeightWeight3.8kg
Power ConsumptionPower Consumption55W
Standard AccessoriesStandard AccessoriesPower cord × 1. AC adapter × 1. Network cable × 1. Camera control software × 1. User manual × 1. Factory certificate of conformity × one