Dergiler / International Journal of Aviation Science and Technology
Welcome to the editorial home page of the International Journal of Aviation Science and Technology (IJAST) Publisher: International Sustainable Aviation Research Society (SARES) International Journal of Aviation Science and Technology (IJAST) is open access, semi-annually, international, and double-blind peer-reviewed e-journal. The articles to be published in the journal are given the DOI number via Crossref. No fee is charged from the authors for submission, peer review, acceptance, and publishing of the articles. International Journal of Aviation Science and Technology is an interdisciplinary journal that focuses mainly on aviation and sustainability, addressing a broad audience. The IJAST journal aims to bring together a compilation, research, discussion, and criticism studies that link sustainability and aviation issues and create national knowledge. This journal accepts aviation science, aircraft engineering, mechanical engineering, energy engineering, electrical-electronic engineering, material engineering, environmental engineering, industrial engineering, architecture, and many other applied sciences. In addition, other studies addressing issues related to aviation will be welcomed.
2022 · Cilt: 03 - Sayı: 02
| Makale | Yazar | Sayfa |
|---|---|---|
| An investigation of the control quality of the automatic control system for fixed-wing UAVs during landing process | Trung VUONG ANH, Hong Son TRAN, Dinh-dung NGUYEN, Truong-thanh NGUYEN, Trong-son PHAN, Hồng Tiến NGUYỄN | 61–69 |
| Numerical Analysis of Variable Morphing Wing for Improved Aerodynamic Performance of a Predator MQ-1B | Erdogan KAYGAN | 70–80 |
| A Comprehensive Study On The Effects Of Noise Abatement Departure Procedures On Noise Contours Around Tan Son Nhat International Airport | Tien Anh TRAN, La Tuan KİET | 81–85 |
| Aircraft Noise Compatibility of the Airports with Progress of Noise Reduction at Source | Oleksandr ZAPOROZHETS, Kateryna KAZHAN, Kateryna SYNYLO, Sergii KARPENKO | 96–111 |
| Improving efficiency of angular velocity sensors on aircraft | Hong Son TRAN, Truong-thanh NGUYEN, Anh-trung VUONG, Dinh-dung NGUYEN, Omar ALHARASEES, Utku KALE | 112–123 |