Description
In this issue are published results of high-tech application of computational modeling and simulation the dynamics of different flows, heat and mass transfer in different fields of science and engineering.
Computational Experiment, Dynamics of Flows, Heat and Mass Transfer
General Engineering
Chapter
Continuous-Flow DNA Amplification Device Employing Microheaters
An Embedded Ghost-Fluid Method for Compressible Flow in Complex Geometry
Verification and Validation of a Detonation Computational Fluid Dynamics Model
Improvement on Aerodynamic Characteristics and Drag Reduction for Supermileage Cars with Wide View Field
Comparative Measurements of the Thermal Properties of Solid Materials on a New Device and Using a New Non-Stationary Method
CFD Aided Procedure for Optimizing Electrical Mobility Spectrometer
Empirical Heat Transfer Correlations during Frost Deposition on a Triangular Tube Banks Arrangement
Fluid-Structure-Interaction in Rocket Thrust Chambers Simulation and Validation
Curvature Effect Radius Analysis in a Two Flow Leak Pipeline
Thermofluidodynamic Evaluation of Oil-Water Flow in the Presence of a Leak in Curved Connection: Modeling and Simulation
Numerical Simulation of Thermofluid Dynamics of Pollutants’ Dispersion by Thermal Electricity Production
Analysis of Oil-Water-Gas Three-Phase Flow in a Curved Leaking Pipe
Analysis of Two-Phase Pressure Drop Fluctuation Characteristics in a Single Mini-Channel
Numerical Evaluation of the Pressure Drop in Multiphase Flow of the Catenary Riser with the Presence of Leakage
Numerical Study of Different Closure Approaches for Prediction of Forced Convective Turbulent Cylindrical Cavity Flows
Optimization of a Sensible Thermal Storage System by a Lumped Approach
Drying Characteristics of Fine-Particle Lignite in Paddle Dryers
Flow Phenomena: Fluids, Heat and Mass
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