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Based on the assumption of superheated layer and experimental data from literature, a modified model for bubble growth rate in saturated pool boiling is developed to cover a wide range of boiling conditions at pressures from 0.00204 MPa to 9.57 MPa and Jakob numbers from 0.0904 to 2689. In this paper, the bubble growth rate is non-dimensionalized to follow a power curve and the expression is modified as a function of growth exponent and growth coefficient.
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To understand the effectiveness of the strength parameters such as the compressive strength of infill concrete and yield strength of steel tubes, Figures 6(f)–6(h) are also plotted. From the analysis of these figures, it can be observed that the proposed GEP model cannot be unequivocally attached to specified specimen properties and material. Download Scientific.Toolworks.Understand.5.0.954x64.rar fast and secure.
According to the analysis of the available experimental data, the growth exponent of bubble appears to change with the system pressure while the growth coefficient vary with the Jakob number. By analyzing the relationships between bubble growth rate and system pressures and Jakob numbers, a modified bubble growth rate model is developed in this paper. The predictions by present model agree better with the experimental data than those by several other models. Based on the developed bubble growth rate model, the force-balance model to predict the bubble departure diameter in nucleate pool boiling is accordingly modified in this paper.
The modified bubble departure diameter model predicts more than 90% of the experimental data within ±50%. Previous article in issue. Next article in issue.
Scientific Toolworks Understand 5.0.931 + Keygen-AMPED(x86) 71.92 MB/(x64) 81.18 MBInformation:Understand is a static analysis tool for maintaining, measuring, & analyzing critical or large code bases. From metrics and graphs to dependency analysis, Master your source code with Understand. Basic Metrics.
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