Correlation for Prediction of Growing and Detaching Bubble Contact Diameter on a Heating Wall
Yanping Huang
Abstract
Yanping Huang
Abstract
Phenomenal and theoretical analysis on the evolution of bubble contact diameter during bub-ble growing is presented in this paper,and it was found that the bubble contact diameter is dependent on the bubble growth rate and bubble radius strongly.By analyzing the regarding experimental data published in the literature,the relation between dimensionless bubble contact diameter,and dimensionless bubble growth time is obtained;based on this relation,a correlation relative to dimensionless bubble growth rate and dimen-sionless bubble radius are proposed for prediction of bubble contact diameter.With proper values of coeffi-cients,aw and nw,this correlation can well predict the bubble contact diameter data published in the literature,with an error within ?20%.
A significance statement is not available in the OpenAlex record.
A contribution statement is not available in the OpenAlex record.
Method details are not available in the OpenAlex metadata.
Findings are not separately available in the OpenAlex metadata.
Limitations are not available in the OpenAlex metadata.
Application details are not available in the OpenAlex metadata.
Phenomenal and theoretical analysis on the evolution of bubble contact diameter during bub-ble growing is presented in this paper,and it was found that the bubble contact diameter is dependent on the bubble growth rate and bubble radius strongly.By analyzing the regarding experimental data published in the literature,the relation between dimensionless bubble contact diameter,and dimensionless bubble growth time is obtained;based on this relation,a correlation relative to dimensionless bubble growth rate and dimen-sionless bubble radius are proposed for prediction of bubble contact diameter.With proper values of coeffi-cients,aw and nw,this correlation can well predict the bubble contact diameter data published in the literature,with an error within ?20%.
Key concepts: Bubble, Dimensionless quantity, RADIUS, Mechanics, Contact angle, Materials science, Thermodynamics, Physics