A level set approach to Ostwald ripening of trapped gas bubbles in porous media

This dataset pertains to simulations on Ostwald ripening phenomenon using Ghost bubble method with a level set approach. The data corresponds to a submitted paper and the sheet names reflect the section number of the result and discussion section. For further details of the model and simulations, the doi of the published article will be provided. <br> Abbreviations used in the sheets: Time refers to the timestep taken in that stable state, Cumm. time refers to total time till that stable state, Td refers to the dimensionless time used in plotting which is generated by normalising by the cumm. time for the last stable state of the relevant result, Pr refers to the dimensionless pressure output of a bubble from the model, Cp refers to the dimesionless capillary pressure of a bubble from the model, R refers to the interfactial radius of a bubble, Rd refers to the normalised radius of a bubble which is generated by normalising by the radius for the last stable state of the relevant result, Volume or Vol refers to the dimensionless volume output of a bubble from the model, Vd or Vold refers to the normalised volume of a bubble which is generated by normalising by the volume for the last stable state of the relevant result, m refers to the mass of a bubble, sum refers to the total mass of gas in the system, md refers to the fractional mass of a bubble in the system, sumd refers to ratio of gas-mass in the system to the initial mass in the system <br> A number in the heading row points towards a particular bubble in the system. Apart from the abbreviations, the rest of the text in heading row is self-explanatory. <br> The sheet names reflect the sub-section in the results and discussion section of the article.