Abstract Flow-accelerated corrosion (FAC) is influenced by the mass transfer coefficient (km), the solubility of ferrous iron species (Ceq), and material properties. This study presents a decoupled FAC Utility...
ABSTRACTThis report presents the numerical analysis of a Tesla valve to validate its diodicity using CFDsimulations. Steady-state and transient flows were analyzed using simpleFoam and pimpleFoamsolvers, respectively. Pressure drop...
CONTENTS: ABSTRACT NOMENCLATURE INTRODUCTION PHYSICS AND NUMERICAL MODEL 4.1 GEOMETRY – NACA 0012 AIRFOIL 4.2 MESH GENERATION 4.3 FLUID PROPERTIES 4.4 FLOW CONDITIONS SOLVER SETUP & NUMERICAL FORMULATION 5.1...
Xeon vs Ryzen: OpenFOAM CFD Performance StudyIntel Xeon vs. AMD Ryzen: A Comparative Performance Analysis Based on OpenFOAM CFD Simulation Results Introduction:Purpose of the ArticleHigh-performance computing (HPC) is crucial...
Perhaps the most fascinating thing about alpha particles is the contrast between how little distance they travel and how much energy they can deliver. They cannot cross a room....
Modern radiation research demands more than an alpha source. It demands precision, control and consistency. For researchers studying the biological effects of alpha radiation, even small variations in positioning,...
Having an alpha radiation source is important for research, but simply producing alpha radiation is not enough to conduct a reliable experiment. The real challenge is control. Alpha particles...
In the previous article, we learned that alpha particles are made up of two protons and two neutrons, making them relatively heavy compared to other types of radiation. But...
When people hear the word radiation, they often imagine invisible rays travelling through the air. An alpha particle is different. It isn’t a mysterious beam or a wave of...
Imagine radiation had personalities. Gamma rays are the explorers. They travel long distances and penetrate deep into materials, making them ideal for applications where reaching the interior of an...