Praphul T
Air Intake Assembly Pressure Drop Analysis
Optimizing Airflow Efficiency for Automotive Systems
Project Overview :
Conducted a comprehensive analysis of an air intake assembly to determine the pressure drop across the filter assembly. The project aimed to ensure the pressure drop remained below specified targets for various mass flow rates, optimizing airflow efficiency.
Key Contributions :
Performed detailed CFD simulations to analyze pressure drop across the air intake assembly.
Predicted whether the pressure drop met specified targets for different mass flow rates, ensuring optimal system performance.
Utilized the Facet Editor in CRADLE CFD for STL file manipulations, enabling accurate geometry preparation for simulations.
Outcome :
Delivered actionable insights to optimize the air intake assembly design, reducing pressure drop and improving airflow efficiency.
Demonstrated the effectiveness of CFD in evaluating and optimizing automotive systems, ensuring compliance with performance targets.
This project highlights expertise in CFD analysis, STL file manipulation, and porous media modeling, showcasing the ability to deliver precise and efficient solutions for automotive applications.
Tools : Cradle CFD (scFLOW)