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Ali Can Ispir, PhD
Ali Can Ispir, PhD
Postdoctoral researcher, Eindhoven University of Technology
在 tue.nl 的电子邮件经过验证
标题
引用次数
引用次数
年份
STRATOFLY MR3–how to reduce the environmental impact of high-speed transportation
N Viola, R Fusaro, O Gori, M Marini, P Roncioni, G Saccone, B Saracoglu, ...
AIAA Scitech 2021 Forum, 1877, 2021
342021
H2020 STRATOFLY project: From Europe to Australi in less than 3 hours
N Viola, R Fusaro, D Ferretto, O Gori, B Saracoglu, AC Ispir, C Schram, ...
ICAS 2021 THE 32 nd CONGRESS OF THE INTERNATIONAL COUNCIL OF THE …, 2021
192021
Development and optimization of a hypersonic civil aircraft propulsion plant with regenerator system
PM Goncalves, AC Ispir, BH Saracoglu
AIAA Propulsion and Energy 2019 Forum, 4421, 2019
192019
Reduced-order modeling of supersonic fuel–air mixing in a multi-strut injection scramjet engine using machine learning techniques
AC Ispir, K Zdybał, BH Saracoglu, T Magin, A Parente, A Coussement
Acta Astronautica 202, 564-584, 2023
142023
Reduced order design and investigation of intakes for high speed propulsion systems
BO Cakir, AC Ispir, BH Saracoglu
Acta Astronautica 199, 259-276, 2022
102022
Thermodynamic efficiency analysis and investigation of exergetic effectiveness of STRATOFLY aircraft propulsion plant
AC Ispir, PM Goncalves, E Kurban, BH Saracoglu
AIAA Scitech 2020 Forum, 1108, 2020
82020
Development of a 1D dual mode scramjet model for a hypersonic civil aircraft
AC Ispir, BH Saracoglu
AIAA Propulsion and Energy 2019 Forum, 3842, 2019
62019
Analysis of a combined cycle propulsion system for STRATOFLY hypersonic vehicle over an extended trajectory
AC Ispir, PM Gonçalves, BH Saracoglu
MATEC Web of Conferences 304, 03001, 2019
62019
Experimental investigation of the effect of dimensions on nucleate boiling heat transfer in straight tunnel-structured boiling surfaces
AC Ispir, SU Onbasioglu
Journal of Enhanced Heat Transfer 27 (2), 2020
52020
A methodology for estimating hypersonic engine performance by coupling supersonic reactive flow simulations with machine learning techniques
AC Ispir, BH Saracoglu, T Magin, A Coussement
Aerospace Science and Technology 140, 108501, 2023
42023
Computational evaluations of emissions indexes released by the STRATOFLY air-breathing combined propulsive system
G Saccone, AC Ispir, BH Saracoglu, L Cutrone, M Marini
Aircraft Engineering and Aerospace Technology 94 (9), 1499-1507, 2022
42022
Solution of leakage problem in a guarded hot plate device
AC İspir, E Dikeç, SU Onbaşıoğlu
Procedia Engineering 157, 488-495, 2016
42016
Hypersonic aircraft and mission concept re-design to move from Mach 8 to Mach 5 operations
N Viola, R Fusaro, D Ferretto, O Gori, M Marini, P Roncioni, BO Cakir, ...
33rd Congress of the international Council of the Aeronautical Sciences …, 2022
32022
A detailed combustion solver for detonation engines simulations
L Nista, BH Saracoglu, AC Ispir
AIAA Scitech 2019 Forum, 2250, 2019
32019
Design space investigations of scramjet engines using reduced-order modeling
AC Ispir, BO Cakir, BH Saracoglu
Acta Astronautica 217, 349-362, 2024
22024
Reduced order design space analysis of for ramjet engines with data mining techniques
BO Cakir, AC Ispir, F Civerra, BH Saracoglu
AIAA SCITECH 2023 Forum, 2017, 2023
12023
Main Achievements of the H2020 STRATOFLY Project
N Viola, R Fusaro, D Ferretto, O Gori, B Saracoglu, AC Ispir, C Schram, ...
Titolo volume non avvalorato, 1-12, 2022
12022
Strategies for preliminary re-design of a LH2 Mach 5 cruiser concept originally conceived for Mach 8 mission
N Viola, D Ferretto, O Gori, R Fusaro, M Marini, P Roncioni, B Cakir, ...
Proceedings of the XXVI International Congress of the Italian Association of …, 2021
12021
Reduced Order Computational Methods for the Development of Propulsive Technologies for Supersonic Aviation to Achieve Climate Neutrality
K Van den Borre, AC Ispir, BO Cakir, BH Saracoglu
Advanced Computational Methods and Design for Greener Aviation, 95-107, 2024
2024
Multi-fidelity modeling and data-driven design and analysis of a hypersonic engine
AC Ispir
Von Karman Institute for fluid dynamics, Aeronautics and Aerospace, 2023
2023
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