Mars–Ceres exploration · Research
Human Interplanetary Mission Architecture
Crewed round-trip mission concepts for Mars and Ceres, including transport, trajectories and communications.
Research & Innovation
Research & Innovation
Actual research projects, technical developments, prototypes, patents and research proposals, each with accurate attribution.
Portfolio
Research Projects
Selected aerospace and interplanetary research projects, with descriptions and source venues.
Mars exploration · Research
Solar Montgolfier Mars Sample Return Architecture
A solar-heated balloon concept for Mars descent and ascent, with rocket-assisted sample transfer to orbit.
Advanced propulsion · Research
Nuclear-Powered Steam Propulsion for Interplanetary Transportation
A theoretical spacecraft propulsion system using nuclear heat to turn water into steam.
Spacecraft reliability · Research
Statistical Reliability and Spacecraft Lifetime Modelling
Statistical analysis of 131 interplanetary spacecraft to model lifespan and operational reliability.
Planetary protection · Research
Multi-Stage Interplanetary Sample Return Architecture
A sample-return concept using lunar or ISS screening and containment before Earth transfer.
Human Mars exploration · Research
Mars Underground Habitation System
Underground habitats designed to protect crews and support long-term human presence on Mars.
Images are illustrative. Browse publications under Research Output.
Intellectual property
Patents
No patents are listed yet
A patent appears here only with a verifiable application or grant number. Inventors who want help turning a concept into intellectual property can use the Patent & Research Proposal Development division. Inventorship reflects genuine intellectual contribution only.
Technology development
Technologies
Technology areas Acceleron’s research addresses. Individual technology developments and prototypes are listed here with their status once verified.
PropulsionAutonomous navigationRoboticsRadiation protectionMaterialsEnergyLife supportArtificial intelligence
Strategic proposals
Research Proposals
No proposals are listed yet
Research proposals are published here once they are ready to be shared with partners and funders. Institutions can propose a specific research theme through the collaboration pathways.
Research output
Acceleron’s Publications
Conference papers and journal articles from Acceleron’s researchers. Search by keyword or filter by year and type.
Human Crewed Interplanetary Transport Architecture for Roundtrip Exploration of Mars and Ceres: Trajectory Paths and Communication Systems by Accelerons
Presents a crewed round-trip Mars–Ceres mission architecture, focusing on trajectory paths, transit planning and communication-system requirements.
Conceptual Design of Steam Propelled and Nuclear Powered Interplanetary Transit Vehicle by Accelerons
Explores a conceptual interplanetary vehicle that uses nuclear heat to generate steam for propulsion, including its design and potential use of off-Earth water resources.
Conceptual Design of Mars Underground Habitation System for Human Settlement on Mars by Accelerons
Describes an underground Mars habitat concept designed to protect residents from surface hazards and support sustained human settlement.
March 2025 · Lunar and Planetary Science Conference 2025 (LPI Contribution No: 2429)
Conceptual Design of a Multiplanetary Mission Architecture for Human Exploration of Mars and Ceres
By Raviteja Bheemavarapu, Ramesh Kumar V & Malaya Kumar Biswal MThis paper presents an innovative mission concept for exploring both Mars and Ceres in a single expedition. The study provides detailed trajectory analyses and proposes Mars as a staging point...
January 2025 · AIAA SciTech Forum 2025 (DOI: 10.2514/6.2025-1605)
A Comparative Study on Spacecraft Mass Fractions and Their Relative Impact on Spacecraft Lifespan and Reliability
By Malaya Kumar Biswal M, Palani Murugan & Ramesh Kumar VThis paper introduces and analyzes three distinct spacecraft mass fraction parameters and their influence on spacecraft lifespan and reliability. Findings reveal that mass fractions significantly affect satellite reliability...
January 2025 · AIAA SciTech Forum 2025 (DOI: 10.2514/6.2025-0517)
The Mars Habitation Project: An Innovative Plan for a 100-Strong Martian Colony and a Study on Martian Living
By Malaya Kumar Biswal M, Palani Murugan & Ramesh Kumar VThis study presents a design for a Martian habitat integrated half above and half below the surface for optimized radiation protection and internal volume. It includes architecture, materials, and life systems...
January 2022 · AIAA SciTech Forum 2022 (DOI: 10.2514/6.2022-2586)
Conceptual Design of a Mars Sample Return Architecture Through Solar Montgolfier Powered Mars Ascent and Descent Mechanism
By Malaya Kumar Biswal M & Ramesh Kumar VThe proposed architecture utilizes a solar Montgolfier balloon for descent and ascent, offering a simpler and cheaper solution for Mars sample return. It details mission phases from landing to orbit insertion...
January 2022 · AIAA SciTech Forum 2022 (DOI: 10.2514/6.2022-1140)
Spacecraft Reliability and Lifetime Modelling: Impact of Spacecraft Mass and Mass Fractions
By Malaya Kumar Biswal M & Ramesh Kumar VThis study evaluates how total mass, propellant, and payload fractions affect spacecraft reliability. It proposes formulas for modeling reliability and lifespan, especially for miniaturized satellites under environmental stressors...
August 2021 · AIAA Propulsion and Energy Forum 2021 (DOI: 10.2514/6.2021-3274)
A Comparative Study on Orbital Launch Systems for Human Mission to Moon and Mars
By Malaya Kumar Biswal M, Noor Basanta Das & Ramesh Kumar VThis paper compares launch systems for human missions to Moon and Mars. It assesses their capability, efficiency, readiness levels, and suitability for interplanetary cargo and crew transfers...
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