Journal of Aerospace Engineering and Mechanics

ICV Value = 91.63

 ISSN: 2578-6350

 Editor-in-chief

  Dr. Ephraim Suhir
  Portland State University, USA

Journal of Aerospace Engineering and Mechanics

Home / Browse Journals & Books /  Journal of Aerospace Engineering and Mechanics  / Archive /  Volume 4, Issue 1


Table of Content: Volume 4, Issue 1

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Research Article Pages 206-210

Maritime Orbital Strategic Superiority using Artificial Intelligence Capacity Building (MOS2AIC-B)

Authors: Dr. Georgios Mantzouris and Alex Bordetsky

Abstract: This paper investigates the effect of Artificial Intelligence (AI) using small satellites (< 1 kgr) in order to provide the framework for a governmental maritime superiority orbital system. The study is a step forward to fill the gap in existing very few global scale research actions, on how very small satellites can increase their orbital performance through artificial intelligence.

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Research Article Pages 201-205

Bonded Tri-Material Specimen Subjected to Shear-Off Testing: Predicted Interfacial Stresses

Authors: E Suhir

Abstract: A physically meaningful and easy-to-use analytical model based on the concept of the interfacial compliance is developed for the evaluation of the interfacial shearing stresses at failure from the measured shear off force. The level of these stresses characterizes the adhesive strength of the bonding material of interest. A tri-material test specimen rigidly attached to an ideally strong immovable base is considered.

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Research Article Pages 187-200

Aerodynamic Characteristics of the Blended-Wing-Body VTOL UAV

Authors: Parisa Footohi, Adrien Bouskela and Sergey Shkarayev

Abstract: The aerodynamic characteristics of blended-wing-body (BWB) unmanned aerial vehicle (UAV) with vertical takeoff and landing capabilities (VTOL) were investigated in the present study. A novel layout of the UAV enables hovering and VTOL capabilities like multi-copters and cruise flight efficiency similar to fixed-wing aircraft.

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Research Article Pages 177-186

Effects of Forebody Geometry on Side Forces on a Cylindrical Afterbody at High Angles of Attack

Authors: Timucin Serdaroglu, Hamed Pahlavani and I Bedii Ozdemir

Abstract: The aim of the present study was to investigate the effects of the forebody geometry on the asymmetric side forces, separations and vortex shedding behind the vehicles at high angles of attack. It reports wall pressure measurements to describe the asymmetric vortex system developing over an inclined cylindrical body exposed to a low-speed freestream.

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