Jun 8, 2023 · This paper focuses on the design and the aerodynamic analysis of a suborbital vehicle in order to transport civilians for a zero-gravity experience, as part of the burgeoning …

This paper focuses on the design and the aerodynamic analysis of a suborbital vehicle in order to transport civilians for a zero-gravity experience, as part of the burgeoning space...

Sizing and Aerothermodynamics Analysis of a Wing-Body Suborbital Vehicle This paper focuses on the design and the aerodynamic analysis of a suborbital vehicle in order to transport …

Nov 18, 2022 · In this paper, a design optimization and parameter analysis of a horizontal takeoff horizontal landing (HTHL) suborbital spaceplane propelled by a hybrid rocket motor (HRM) is …

transatmospheric vehicle (TAV) using air-breathing propulsion requires a long acceleration period within the denser part of the atmosphere to reach orbital speed. The long flight time, coupled …

With the aim of developing a wing-body configuration, the first phase of the project focused on the sizing of the vehicle by an aerodynamic perspective. The conditions the vehicle is subjected to …

X-41[4] vehicle by DARPA. A wing-body vehicle has a lift-to-drag ratio close to 2.0. Whitmore[3] in his analysis has compared the data of shuttle, X-20 Dynasoar, X-34 and the X-15. The details …

This paper focuses on the design and the aerodynamic analysis of a suborbital vehicle in order to transport civilians for a zero-gravity experience, as part of the burgeoning space tourism …

A numerical trajectory optimization study of two types of lifting-entry reentry vehicle has been presented at low suborbital speed of 4.113 km/s and -15 degree entry angle.

Aerothermodynamics Research Objectives • Develop fundamental understanding and enabling technologies required for concepts such as ultra-high bypass engines, high power density …