Add to ORKGThe work deals with the experimental study of hydrodynamic behaviour of bubbles with various sizes bouncing on a wall in liquid. The aim of the work is to obtain bubble trajectory and bubble velocity. The experiments are made using a high speed camera Kodak Ektapro (max 10 000 fps). From the images, the bubble diameter, its centre, steady-state bubble rise velocity and also local velocity especially during the bouncing. The rebounding conditions are also evaluated. The results are compared with the models available in the literature
The kinetics of collision and bouncing of an air bubble on hydrophilic and hydrophobic solid surface...
An understanding of the fundamental mechanisms involved in the interaction between bubbles and struc...
Collision between a gas bubble and a rigid surface is a fundamental fluid mechanic process, both lar...
The aim of the contribution is to obtain experimental data needed to improve the knowledge in this a...
The experiments were carried out in a rectangular vessel equipped with a device generating the bubbl...
The thesis concerns experimental studies of bubble motion and the transport of large particles and b...
The contribution deals with both experimental and theoretical investigation of collision of a bubble...
The contribution deals with both experimental and theoretical investigation of collision of a bubble...
A theoretical model has been developed to analyse bubble rise in water and subsequent impact and bou...
A technique was developed to study the effect of surfactant (frother) on individual bubble motion in...
The bubbles have been widely used in biomedical field, military and chemical industry. The liquid je...
An understanding of bubble flows is important in the design of process equipment, particularly in th...
Bubble rise through a liquid is an important phenomenon in the engineering practice. Bubbles are use...
An experimental study was conducted to investigate the effects of varying bubble sizes and different...
We report experimental and numerical investigations on the dynamics of the cavitation of bubbles on ...
The kinetics of collision and bouncing of an air bubble on hydrophilic and hydrophobic solid surface...
An understanding of the fundamental mechanisms involved in the interaction between bubbles and struc...
Collision between a gas bubble and a rigid surface is a fundamental fluid mechanic process, both lar...
The aim of the contribution is to obtain experimental data needed to improve the knowledge in this a...
The experiments were carried out in a rectangular vessel equipped with a device generating the bubbl...
The thesis concerns experimental studies of bubble motion and the transport of large particles and b...
The contribution deals with both experimental and theoretical investigation of collision of a bubble...
The contribution deals with both experimental and theoretical investigation of collision of a bubble...
A theoretical model has been developed to analyse bubble rise in water and subsequent impact and bou...
A technique was developed to study the effect of surfactant (frother) on individual bubble motion in...
The bubbles have been widely used in biomedical field, military and chemical industry. The liquid je...
An understanding of bubble flows is important in the design of process equipment, particularly in th...
Bubble rise through a liquid is an important phenomenon in the engineering practice. Bubbles are use...
An experimental study was conducted to investigate the effects of varying bubble sizes and different...
We report experimental and numerical investigations on the dynamics of the cavitation of bubbles on ...
The kinetics of collision and bouncing of an air bubble on hydrophilic and hydrophobic solid surface...
An understanding of the fundamental mechanisms involved in the interaction between bubbles and struc...
Collision between a gas bubble and a rigid surface is a fundamental fluid mechanic process, both lar...