Advancement in Aerodynamics Design for Reusable Rocket Launch Vehicle
*S. Rohan, Danny Damiaio Mantero, Akhilesh, Jasim Shaikh, Hemanth s, Shwetha kp
Aeroin SpaceTech Pvt.Ltd, Tamil Nadu, India.
*Corresponding Author Email: rohan.aeroin@gmail.com
Abstract
The continued evolution of reusable rocket launch vehicles is creating a paradigm shift in space exploration that requires a comprehensive re-evaluation of aerodynamic design principles. This study addresses the complex interplay between aerodynamics and the sustainable development of reusable rocket launch vehicles, and highlights the significant challenges and unprecedented opportunities associated with this transformative journey.
One of the biggest challenges is dealing with the complex flow phenomena encountered during launch and reentry. The complex interactions between shock waves, boundary layers and pillars require innovative aerodynamic solutions to optimize vehicle performance and ensure structural integrity. In addition, the harsh thermal environment experienced during atmospheric re-entry poses a major obstacle, necessitating the development of robust thermal protection systems that can withstand extreme temperatures and ensure cargo safety.
In addition, the pursuit of cost-effective and sustainable access to space requires the exploration of new aerodynamic technologies. Active flow control mechanisms, including advanced control surfaces and flow manipulation techniques, offer promising tools to improve vehicle maneuverability and efficiency during launch and reentry phases. At the same time, the integration of advanced materials such as lightweight composites and advanced ceramics has the potential to enhance structural flexibility while minimizing overall vehicle mass, thereby optimizing fuel consumption and operating costs. decreases.
Additionally, this brief highlights opportunities to use advanced computational fluid dynamics simulations and wind tunnel testing to improve aerodynamic design parameters, simplify development programs, and accelerate the realization of next-generation rocket launch vehicles. By adopting a multidisciplinary approach that combines aerodynamics, materials science, and computational modeling, the aerospace industry opens up many transformative opportunities to move toward sustainable, affordable, and reliable access to space. It can pave the way for you.
