This paper investigates the utility of digital imaging technique for performing surface velocity measurements of hyper-concentrated flows. The analysis is conducted with the aid of data collected in a scale laboratory flume constructed at the Hydraulic laboratory of the Department of Civil, Environmental, Aerospatial and of Materials Engineering (DICAM) – University of Palermo (Italy). In particular the present paper describes the setup of a laboratory test and the applicability of a fully digital imaging approach
International audienceThis study demonstrates the feasibility of conducting on-site large-scale imag...
Optical flow is widely used to estimate the velocity of objects relative to a digital camera. Most c...
The application of optical imaging techniques to hypersonic facilities is discussed and examples of ...
This paper investigates the utility of digital imaging technique for performing surface ...
This paper describes the application of image-based technique for mapping surface velocity of hyper-...
This paper investigates the utility and the efficiency of the digital image-technique for remote mon...
This work focuses on the application of image-based technique to estimate velocity and turbulent flo...
Digital particle image velocimetry records high resolution images and allows the identification of t...
Digital particle image velocimetry records high resolution images and allows the identification of t...
In this paper, a brief review of Digital Image Analysis techniques employed in Fluid Mechanics for t...
A real-time digital imaging technique has been applied to smoke flow visualized turbulent flows to p...
Experimental methods for the investigation of complex flow phenomena have primarily been developed f...
Surface Flow Image Velocimetry (SFIV), is a practical extension of Particle Image Velocimetry (PIV),...
A recently proposed technique based on high resolution digital images for the acquisition of water d...
Optical imaging techniques have played a major role in understanding the flow dynamics of varieties ...
International audienceThis study demonstrates the feasibility of conducting on-site large-scale imag...
Optical flow is widely used to estimate the velocity of objects relative to a digital camera. Most c...
The application of optical imaging techniques to hypersonic facilities is discussed and examples of ...
This paper investigates the utility of digital imaging technique for performing surface ...
This paper describes the application of image-based technique for mapping surface velocity of hyper-...
This paper investigates the utility and the efficiency of the digital image-technique for remote mon...
This work focuses on the application of image-based technique to estimate velocity and turbulent flo...
Digital particle image velocimetry records high resolution images and allows the identification of t...
Digital particle image velocimetry records high resolution images and allows the identification of t...
In this paper, a brief review of Digital Image Analysis techniques employed in Fluid Mechanics for t...
A real-time digital imaging technique has been applied to smoke flow visualized turbulent flows to p...
Experimental methods for the investigation of complex flow phenomena have primarily been developed f...
Surface Flow Image Velocimetry (SFIV), is a practical extension of Particle Image Velocimetry (PIV),...
A recently proposed technique based on high resolution digital images for the acquisition of water d...
Optical imaging techniques have played a major role in understanding the flow dynamics of varieties ...
International audienceThis study demonstrates the feasibility of conducting on-site large-scale imag...
Optical flow is widely used to estimate the velocity of objects relative to a digital camera. Most c...
The application of optical imaging techniques to hypersonic facilities is discussed and examples of ...