Hygrothermal properties applied in numerical simulation: Interstitial condensation analysis

Mathematical Analysis and Numerical Simulation of Bose-einstein Condensation

Inverse Analysis to Determine Hygrothermal Properties in Fiber Reinforced Composites

Fiber-reinforced composite laminates are often used in severe environments such as high temperature and humidity conditions. Therefore, it is of practical interest to establish a simple but robust method to determine material properties that define the hygrothermal behavior of composites under various conditions. In this article a novel inverse analysis approach is presented to identify the dif...

Numerical Simulation and Parametric Study of Forced Convective Condensation in Vertical Channel

Forced convective condensation in vertical channel is investigated numerically. The condensation boundary layers that occur due to temperature difference between the walls and saturation temperature of steam is simulated by the volume of fluid (VOF) method. The effect of variations in the hydraulic diameter, steam velocity, Re number and temperature difference between the wall and saturation te...

Applied and Numerical Harmonic Analysis

Numerical simulation of hydrodynamic properties of Alex type gliders

Simulation of an underwater glider to investigate the effect of angle of attack on the hydrodynamic coefficients such as lift, drag, and torque. Due to the vital role of these coefficients in designing the controllers of a glider and to obtain an accurate result, this simulation has been studied at a range of operating velocities. The total length of the underwater glider with two wings is 900 ...