Picture of Kiarash Kord

Kiarash Kord

I am Kiarash Kord, a passionate in the field of Computational Fluid Dynamics (CFD). I completed my MSc in Mechanical Engineering, specializing in Energy Conversion, at K. N. Toosi University of Technology. My thesis focused on enhancing the performance of J-shaped straight-bladed Darrieus vertical axis wind turbines using Gurney flaps. My academic journey was marked by excellence, earning full scholarships for both my undergraduate and graduate studies due to my high rankings in competitive exams. Currently, I am a CFD researcher, content creator, and engineer at CFDLAND, where I focus on ANSYS Fluent for complex studies involving Multiphase, Discrete Phase Model (DPM), DEM, etc. My work experience includes serving as a CFD engineer at MR CFD Group, where I simulated diverse fluid flow problems across various industries, including renewable energy, acoustics, and biomedical engineering. I have also shared my expertise by teaching fluid flow modules in ANSYS Fluent and serving as a teaching assistant for advanced fluid mechanics courses. My research interests lie in CFD, wind energy, fluid mechanics, and optimization, which are reflected in my publications in international journals. Additionally, I have gained industry experience through an internship at the Iranian Gas Transmission Company, where I honed my inspection skills and earned an ASNT NDT Level II inspection certificate.
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Ansys System Requirements

Ansys System Requirements 2021, 2022, 2023, 2024, 2025 Ansys software is a crucial tool for engineering simulations and plays an essential role in various industries.

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Overset Mesh Technology

For simulating complex fluid flow in various applications, it is essential to use Computational Fluid Dynamics (CFD) tool. When dealing with moving parts or intricate

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The Essential Fluid Dynamics Equations
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The Essential Fluid Dynamics Equations

Fluid dynamics equations are the mathematical foundations that describe how liquids and gases move and behave under various forces. These essential equations help engineers and

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Introduction to DPM Breakup Models
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Introduction to DPM Breakup Models

A critical aspect of droplet`s breakup during DPM CFD simulations is the breakup process, which is fundamental to understanding spray and atomization phenomena. In this

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Discrete Phase Model (1)
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Discrete Phase Model Drag Law

As stated in the Discrete Phase Model Physical Models article, ANSYS Fluent predicts the trajectory of particles by integrating the force balance on the particle.

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