Defogger Simulation for Rear Windshield

Project Overview :

Conducted a defogger simulation project for an automotive glass manufacturer, focusing on analyzing and identifying defogging zones in a rear windshield. The project utilized concepts of electric current and humidity to optimize defogging performance.

Key Contributions :

• Performed detailed simulations to analyze defogging zones in the rear windshield using CRADLE CFD (scFLOW).

• Integrated electric current and humidity models to accurately predict defogging performance under varying conditions.

• Provided insights into the effectiveness of the defogger system, ensuring optimal visibility and safety for drivers.

Outcome :

• Delivered a comprehensive analysis of defogging zones, enabling the manufacturer to improve the design and efficiency of the defogger system.

• Demonstrated the effectiveness of CFD in simulating complex multi-physics problems, contributing to enhanced automotive safety and performance.

This project highlights expertise in CFD simulations, electric current modeling, and humidity analysis, showcasing the ability to deliver innovative solutions for automotive applications.

Tools : Cradle CFD (scFLOW)