JOURNEY THROUGH 
FLUID DYNAMICS

Learn Flow Modeling at Your Own Pace, Anytime, Anywhere

Explore hands-on and witness real time changes! 

The platform has been tailor-made to empower students just like you, offering seamless mix of book smarts and hands-on know-how. Dive right into the learning modules, designed to give you a fundamental understanding of how fluids flow, and get you all ready to tackle more complex aerodynamic conundrums. 

LEARNING MODULESTEXTBOOKGET FAMILIAR WITH THE APPS
WHAT YOU’LL LEARN

LEARNING MODULES! 

A central hub for your exploration of fluid mechanics and aerodynamics. Here, you’ll find a diverse range of interactive and engaging modules, all while staying sychronized with your course work. 

Flow Around NACA0012 Airfoil

To investigate the aerodynamic characteristics of the NACA0012 airfoil, calculating lift, drag, and moment coefficients at various angles of attack for a comprehensive understanding of its performance.

Flow Around NACA2412 Airfoil

To investigate the aerodynamic characteristics of the NACA2412 airfoil, calculating lift, drag, and moment coefficients at various angles of attack for a comprehensive understanding of its performance.

Laminar Flow in a Pipe

To investigate the pressure drop and visualize the velocity profile in laminar flow through a pipe.

Turbulent Flow in a Pipe

To investigate the pressure drop and visualize the velocity profile in turbulent flow through a pipe.

Flow over a Stationary Cylinder

To quantify the drag coefficient at various Reynolds numbers in the analysis of fluid flow over a stationary cylinder, aiming to comprehend the impact of Reynolds number on drag forces.

Flow over a Spinning Cylinder

To quantify the lift coefficient at various Reynolds numbers in the analysis of fluid flow over a spinning cylinder, aiming to comprehend the impact of Reynolds number on lift forces

Flow over a Flat Plate

To conduct an analysis of fluid flow over a flat plate, exploring the aerodynamic characteristics by calculating drag and lift coefficients across varying angles of attack.

Get Familiar with the CFD Applications

To compare and contrast the advantages and disadvantages of three Computational Fluid Dynamics (CFD) applications, examining their functionalities and limitations.

WHAT WE WORK WITH

CFD Applications 

Step into a world of simulation with a focus on 

Wind Tunnel

Dive into fluid dynamics with Wind Tunnel CFD—an interactive educational tool featuring customizable geometry, dynamic visualization, and predefined scenarios. Integrating theory into practice, it enables students to actively engage with CFD problems qualitatively.

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Airfoil Design

Craft and analyze aircraft wing sections with real-time CFD insights. Features include customizable airfoil generation, mesh settings, and simulation enhancements, tailored for  aerodynamics enthusiasts like you. 

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Simscale

Redefining engineering simulations with a cloud-based platform featuring comprehensive physics capabilities and real-time collaboration. Seamlessly navigate simulations via the SimScale Workbench, simplifying geometry preparation, meshing, boundary conditions setup, simulation running, and post-processing—all within an intuitive, browser-based interface.

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KNOWLEDGE REPOSITORY

TEXT BOOK

Get concise yet precise insights into the subject matter with our textbook section. Uncover key theories and validation results for a solid grasp of the subject matter.

Flow Around an Airfoil
Flow Through a Pipe
Flow Over a Cylinder
Flow Over a Flat Plate
CFD Apps
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Dive into the learning modules.