Design Strategies of Greenhouse and Food Production Module for Long-Duration Human Exploration Missions
Design Strategies of Greenhouse and Food Production Module for Long-Duration Human Exploration Missions
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Mahsa Esfandabadi and Dr. Olga Bannova
International Conference on Environmental Systems (ICES) 2022
Project Olympus: Off-World Additive Construction for Lunar Surface Infrastructure
Project Olympus: Off-World Additive Construction for Lunar Surface Infrastructure
Melodie Yashar, Michael Morris, Rebeccah Pailes-Friedman, Waleed Elshanshoury, Mahsa Esfandabadi, David Gomez, Alexander Guzeev, Vittorio Netti, and Albert Rajkumar, Evan Jensen, and Jason Ballard
International Conference on Environmental Systems (ICES) 2021
Food Production Module Systems for Extraterrestrial Planetary Surfaces
Food Production Module Systems for Extraterrestrial Planetary Surfaces
Mahsa Esfandabadi and Dr. Olga Bannova,
The ASCE Earth and Space Conference 2021
Structural Insight of Persian Bathhouse Architecture for Designing Greenhouses on Mars
Structural Insight of Persian Bathhouse Architecture for Designing Greenhouses on Mars
Mahsa Esfandabadi, Dr. Valentina Sumini, Dr. Joseph Paradiso, and Guillermo Trotti
The ASCE Earth and Space Conference 2021
Pressurized Greenhouse: A Responsive Environment to Partial Gravity Conditions
Pressurized Greenhouse: A Responsive Environment to Partial Gravity Conditions
Textured Wall in Space habitats
Textured Wall in Space habitats
Greenhouse Architecture Analysis in Partial Gravity of Mars and Moon
Greenhouse Architecture Analysis in Partial Gravity of Mars and Moon
Mahsa Esfandabadi and Dr. Olga Bannova
The Accelerating Space Commerce Exploration and New Discovery (ASCEND) 2020
Designing A Martian Greenhouse as A Habitable Space: Feasibility Studies and Design Approach
Designing A Martian Greenhouse as A Habitable Space: Feasibility Studies and Design Approach
Mahsa Esfandabadi and Dr. Olga Bannova,
International Astronautical Congress (IAC) 2019
Martian Greenhouse Architecture: Enabling Habitability, Safety and Aesthetics
Martian Greenhouse Architecture: Enabling Habitability, Safety and Aesthetics
Mahsa Esfandabadi and Dr. Olga Bannova,
International Astronautical Congress (IAC) 2019
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