Aero-Thermal Structural Interaction Simulation on Aircraft Wing

Project Overview :

Led an aero-thermal structural interaction simulation project for an aircraft wing, collaborating with an aerospace team. The project focused on analyzing fluid-structure interaction (FSI) under the influence of temperature, structural constraints, and aerodynamic loads.

Key Contributions :

• Employed co-simulation techniques integrating CRADLE CFD and MARC software to analyze FSI effects on the aircraft wing.

• Successfully managed the project under tight deadlines, ensuring timely delivery of results.

• Collaborated closely with the aerospace team, playing a pivotal role in the project’s success and the subsequent renewal of the customer’s license.

Outcome :

• Delivered a robust simulation framework for aero-thermal structural analysis, enabling better design optimization for the aircraft wing.

• Demonstrated the effectiveness of co-simulation techniques in addressing complex multi-physics challenges in aerospace applications.

This project highlights expertise in fluid-structure interaction, co-simulation, and project management, showcasing the ability to deliver high-quality solutions under tight deadlines.

Tools : Cradle CFD, Marc

Gallery :

Note : The above image is for illustrative purposes only. The actual work executed is similar but cannot be showcased due to confidentiality.