Operational Force Modelling

This research area focuses on developing advanced force modeling techniques for operational space missions. Our work encompasses the development of sophisticated models to accurately predict and account for various forces acting on spacecraft, including atmospheric drag, solar radiation pressure, and other environmental effects that impact orbital dynamics.

The research aims to improve the accuracy of orbital predictions and enhance our understanding of the complex interactions between spacecraft and their environment. This is particularly crucial for missions requiring precise positioning and long-term orbital stability.

Key Results

For detailed results and presentations from this work, please visit our comprehensive analysis at:

COSPAR 2024 Presentation Results

This presentation contains detailed findings, methodologies, and visualizations from our operational force modeling research, including collision analysis matrices and advanced orbital dynamics simulations.

Research Focus

• Atmospheric Drag Modeling: Development of high-fidelity atmospheric density models for improved drag predictions
• Solar Radiation Pressure: Advanced modeling of solar radiation effects on spacecraft dynamics
• Collision Avoidance: Enhanced algorithms for collision risk assessment and avoidance maneuvers
• Operational Implementation: Integration of force models into operational space traffic management systems

This work represents a critical component of modern space operations, providing the foundation for safer and more efficient satellite operations in an increasingly crowded orbital environment.