The Design – Ethylene Glycol + Water Liquid Through Star Shaped Radiator | Ansys Fluent
This simulation is about an Analysis of Ethylene Glycol + Water Liquid Through Star Shaped Radiator using ANSYS Fluent software. We perform this CFD project and investigate it by CFD analysis.
A star-shaped radiator concept can refer to decorative home radiators made of star-shaped modules or illuminated, star-like patterns on vehicle grilles and lighting. The home heating concept uses modular elements to create a striking visual composition, while the automotive concept blends heritage with modern design through illuminated elements.
Picture 1. A star-shaped radiator concept
In home and interior design
- Modular design: Star-shaped elements are used to form a unique and captivating radiator.
- Aesthetic: This concept creates a striking visual composition that stands out from traditional radiator designs.
- Example: The KERMI Ideos concept is an example of a radiator with star-shaped elements, as described on Curated Innovations.
In automotive design
- Illuminated grille:
Some modern car concepts feature an illuminated radiator grille with a striking star-shaped light design. - Symbolic: This design is a modern interpretation of classic automotive grilles, often including a luminous Mercedes-Benz star on the hood.
- Function: While a traditional radiator is not present in an electric car, the grille serves as a visual element that merges heritage with modern technology.
- Example: The Mercedes-Benz Vision Iconic concept showcases this design, linking the past with a forward-looking aesthetic.
In this analysis, it has been made to simulate and analyze Ethylene Glycol + Water Liquid Through Star Shaped Radiator using ANSYS Fluent software.
Geometry & Grid
The geometry required for flow analysis in a Star Shaped Radiator body is produced by ANSYS Fluent software. The generated grid is also produced by the same software for this geometry, which is entire of an unstructured type. The total number of volume properties for geometry is 2,1251e+005 mm³.
Model
For analysis of the mixture process, a Reynolds Stress (7 eqn) viscous model is used to simulate fluid flow. Linear Pressure-Strain has been used for the Reynolds-Stress Model. Standard Wall Functions are used for Near-Wall Treatment.
Boundary Condition
The flow input for this analysis is defined as the VELOCITY INLET for input supersonic/initial gauge pressure is 101325 pascal. Velocity magnitude for Ethylene Glycol is 3.57 m/s, and volume fraction for multiphase is 1. The walls of the Star Shaped Radiator are defined as Stationary Wall for Wall Motion. The output flow type is PRESSURE OUTLET, and the gauge pressure is equal to 0.
Discretization of Equations
The PISO algorithm is used to solve the equations in this analysis. Also, a pressure-based solver for flow is used. The First Order Upwind method has been used to discretize equations. First-Order Upwind is used only for the discretization of the momentum equations.
In the end, the results are shown as pressure contours.
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