Ilenia Battiato held a short course at the 2025 Modeling Summer Visit at NASA Ames on July 25, 2025
2025 Modeling Summer Visit at NASA Ames
July 7 to August 1 2025
NASA Ames Research Center Mountain View, CA
Organizers
- Jeremie Meurisse: AMA Associate Principal at NASA ARC-TSM
- Bruno Dias: AMA Research Scientist at NASA ARC-TSM
- Marc Massot: Professor at the Institut Polytechnique de Paris
- Thierry Magin: Professor at the von Karman Institute for Fluid Dynamics
- Jean Lachaud: Associate Professor at the University of Bordeaux
- Margaret Stackpoole: Branch Chief at NASA ARC-TSM
Supporting Organizations
- Analytical Mechanics Associates, Inc.
- Entry Systems Modeling Project from NASA
- CIEDS Project Open NUM DEF from Ecole polytechnique
- HPC@Maths Initiative from Fondation de l'Ecole polytechnique
- FMJH: Fondation Mathématiques Jacques Hadamard
About 2025 Modeling Summer Visit
Welcome to the official website of the 2025 Modeling Summer Visit at NASA Ames! This program, running from July 7 to August 1, 2025, is designed to bring together professors and students from the von Karman Institute for Fluid Dynamics, Bordeaux University, Ecole Polytechnique, and NASA collaborators to collaborate on cutting-edge research in entry systems modeling.
Participants will have the opportunity to engage in hands-on projects that contribute to NASA’s mission-critical goals. These projects focus on advancing the understanding and simulation of thermal protection systems (TPS) and aerothermal environments during atmospheric entry. The Thermal Protection Materials (ARC-TSM) and Aerothermodynamics (ARC-TSA) branches at NASA Ames Research Center have made significant strides in understanding environment and material behavior under extreme conditions, and participants will have access to key papers and research that reflect these advancements.
This visit is an international collaborative effort, focused on sharing expertise, exploring innovative approaches, and developing simulation models that push the boundaries of spacecraft entry dynamics. Together, we aim to foster collaboration across academic and government institutions, making a lasting impact on the future of spacecraft design and entry systems.
