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flowexpert2d2c software  (KOKEN CO)

 
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    KOKEN CO flowexpert2d2c software
    Flowexpert2d2c Software, supplied by KOKEN CO, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
    https://www.bioz.com/product/flowexpert2d2c+software/piv+software+flow+expert/pm30017246-368-29-32
    Average 90 stars, based on 1 article reviews
    flowexpert2d2c software - by Bioz Stars, 2026-10
    90/100 stars

    Images

    Related Articles

    Plasmid Preparation:

    Article Title: Robust flow vector estimation for echocardiography with extended Nyquist velocity using dual-PRF approach: a flow phantom study
    Article Snippet: .. Verification of the robust 2D flow vector estimation To verify the accuracy of the 2D velocity vector estimation using the proposed imaging framework, another flow phantom experiment was conducted to measure the same flow with ultrasound and a PIV system (Kato Koken Co., Ltd., Japan). ..

    Article Title: Development of a Novel Tabletop Device With Suction and Sanitization of Droplets against COVID-19
    Article Snippet: .. In addition, analysis software (Flow Expert 2D2C; Kato Koken, Kanagawa, Japan) was used to determine the mean value of the aerosol displacement vector. ..

    Imaging:

    Article Title: Robust flow vector estimation for echocardiography with extended Nyquist velocity using dual-PRF approach: a flow phantom study
    Article Snippet: .. Verification of the robust 2D flow vector estimation To verify the accuracy of the 2D velocity vector estimation using the proposed imaging framework, another flow phantom experiment was conducted to measure the same flow with ultrasound and a PIV system (Kato Koken Co., Ltd., Japan). ..

    Convection:

    Article Title: Marangoni Convection Velocity in Nonlinear Hanging-Droplet Vibration Phenomena
    Article Snippet: .. The convection velocity was measured with the use of the PIV computation software FLOW EXPERT (2D2C; Ver.1.2.17; Kato Koken Co., Ltd.). ..

    Software:

    Article Title: Marangoni Convection Velocity in Nonlinear Hanging-Droplet Vibration Phenomena
    Article Snippet: .. The convection velocity was measured with the use of the PIV computation software FLOW EXPERT (2D2C; Ver.1.2.17; Kato Koken Co., Ltd.). ..

    Article Title: Pneumatic Microballoons for Active Control of the Vibration-Induced Flow.
    Article Snippet: The flow field around the balloon actuated with different pressures was determined using PIV from continuous images captured using a CMOS camera (DFK33UX174, The Imaging Source, Inc., Bremen, Germany) at a frame rate of 100 fps with an exposure time of 1/50,000 s (20 μs) through a high NA objective lens (UCPlanFLN 20x/0.70, Olympus, Inc., Tokyo, Japan). .. Based on the acquired images, the velocity field was generated by correlating small regions of the particle images using PIV software (Flow Expert, KATO Koken, Kanagawa, Japan). ..

    Article Title: Development of a Novel Tabletop Device With Suction and Sanitization of Droplets against COVID-19
    Article Snippet: .. In addition, analysis software (Flow Expert 2D2C; Kato Koken, Kanagawa, Japan) was used to determine the mean value of the aerosol displacement vector. ..

    Article Title: Aerosol jet printing of surface acoustic wave microfluidic devices
    Article Snippet: Particle image velocimetry images of the 2 μm yellow‒green, fluorescent tracer polystyrene particles (PSYF002UM, Magsphere, USA) were captured with a CMOS camera (Zyla 4.2 sCMOS, Andor, USA) at a frame rate of 20 fps via a 4x objective lens. .. The average flow field and velocity vectors were acquired using a PIV software package (Flow Expert, KATO Koken, Japan) that measured the change in the particle location between the sequential frames using an interrogation window of 48 x 48 pixels (78 x 78 μm). ..

    other:

    Article Title: Soft-sensor model for indoor temperature prediction under heating conditions
    Article Snippet: The velocity field was obtained using the particle image velocimetry (PIV) method (PIV software; FLOW EXPERT 2D2C, KATO KOKEN).

    Article Title: Flow deflection characteristics of two-dimensional synthetic jets generated from asymmetric stepped slots
    Article Snippet: Image processing was conducted using a 2D PIV analysis system (Kato Koken, FlowExpert2D2C) employing the direct mutual correlation method.

    Article Title: Investigation of the vibration-induced local flow around a micro-pillar under various vibration conditions
    Article Snippet: Based on the acquired images, the Lagrangian mean velocity field is calculated by correlating the particle images obtained nearly at an identical phase in 6 2 © 2023 The Japan Society of Mechanical Engineers [DOI: 10.1299/mej.22-00223] the periodic motion using PIV software (Flow Expert, KATO Koken, Japan).

    Generated:

    Article Title: Pneumatic Microballoons for Active Control of the Vibration-Induced Flow.
    Article Snippet: The flow field around the balloon actuated with different pressures was determined using PIV from continuous images captured using a CMOS camera (DFK33UX174, The Imaging Source, Inc., Bremen, Germany) at a frame rate of 100 fps with an exposure time of 1/50,000 s (20 μs) through a high NA objective lens (UCPlanFLN 20x/0.70, Olympus, Inc., Tokyo, Japan). .. Based on the acquired images, the velocity field was generated by correlating small regions of the particle images using PIV software (Flow Expert, KATO Koken, Kanagawa, Japan). ..

    Aerosol:

    Article Title: Development of a Novel Tabletop Device With Suction and Sanitization of Droplets against COVID-19
    Article Snippet: .. In addition, analysis software (Flow Expert 2D2C; Kato Koken, Kanagawa, Japan) was used to determine the mean value of the aerosol displacement vector. ..



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    Wind vectors determined using the particle imaging velocimetry system . The movement of scattered particles illuminated by the green laser sheet was recorded automatically just before extubation to 15 s after extubation using image processing software <t>(FlowExpert2D2C,</t> Kato Koken) with a particle image velocimetry system, to which the successive abandonment method was applied for improvement. The movement of particles was changed to vectors with colour graduation based on their velocity levels via this software. The reference area was set as 640 × 480 pixels to 18.7 × 14.0 cm. The maximum error in the measurement of the velocity vector was estimated to be 0.23 m/s in our model. There was no wind at 0.3, 0.5, or 1 s after extubation in group H. In contrast, in group M, the wind was emitted from the space between the face mask and the mannequin's mouth after extubation, and the wind vectors were mainly to the right of the mannequin. (I) Group H and (II) group M. Wind vectors are shown at (a) 3 s, (b) 5 s, and (c) 10 s after the cough simulation.
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    Image Search Results


    Wind vectors determined using the particle imaging velocimetry system . The movement of scattered particles illuminated by the green laser sheet was recorded automatically just before extubation to 15 s after extubation using image processing software (FlowExpert2D2C, Kato Koken) with a particle image velocimetry system, to which the successive abandonment method was applied for improvement. The movement of particles was changed to vectors with colour graduation based on their velocity levels via this software. The reference area was set as 640 × 480 pixels to 18.7 × 14.0 cm. The maximum error in the measurement of the velocity vector was estimated to be 0.23 m/s in our model. There was no wind at 0.3, 0.5, or 1 s after extubation in group H. In contrast, in group M, the wind was emitted from the space between the face mask and the mannequin's mouth after extubation, and the wind vectors were mainly to the right of the mannequin. (I) Group H and (II) group M. Wind vectors are shown at (a) 3 s, (b) 5 s, and (c) 10 s after the cough simulation.

    Journal: Infection Prevention in Practice

    Article Title: Investigations into the efficacy of a novel extubation-aerosol shield: a cough model study ☆

    doi: 10.1016/j.infpip.2021.100193

    Figure Lengend Snippet: Wind vectors determined using the particle imaging velocimetry system . The movement of scattered particles illuminated by the green laser sheet was recorded automatically just before extubation to 15 s after extubation using image processing software (FlowExpert2D2C, Kato Koken) with a particle image velocimetry system, to which the successive abandonment method was applied for improvement. The movement of particles was changed to vectors with colour graduation based on their velocity levels via this software. The reference area was set as 640 × 480 pixels to 18.7 × 14.0 cm. The maximum error in the measurement of the velocity vector was estimated to be 0.23 m/s in our model. There was no wind at 0.3, 0.5, or 1 s after extubation in group H. In contrast, in group M, the wind was emitted from the space between the face mask and the mannequin's mouth after extubation, and the wind vectors were mainly to the right of the mannequin. (I) Group H and (II) group M. Wind vectors are shown at (a) 3 s, (b) 5 s, and (c) 10 s after the cough simulation.

    Article Snippet: Vector analysis was performed using software FlowExpert2D2C (Kato Koken, Isehara, Japan).

    Techniques: Imaging, Software, Plasmid Preparation