session IP
- Title
Interactive Presentations - IAF SPACE PROPULSION SYMPOSIUM
- type
interactive
- Description
This session offers a unique opportunity to deliver your key messages in an interactive presentation on any of the subjects of Space Propulsion addressed in the classic Sessions. The presentation will be displayed on a digital screen in a dedicated location and available for view by all Congress attendees for the entire Congress week. In addition, one afternoon is dedicated exclusively for the attendees to view the Interactive Presentations, and the author will be assigned a specific ten minute slot to personally present the topic and interact with the attendees present. The Interactive Presentation may take advantage of all electronic display capabilities, such as: PowerPoint charts, embedded hot links, pictures, audio and video clips etc. An award will also be presented to the author of the best Interactive Presentation in the C Category at a special ceremony. An Abstract that follows the standard format must be submitted by the deadline for standard IAC abstracts.
- Room
- IPC members
Paper title | Mode | Presentation status | Speaker | Affiliation | Country |
|---|---|---|---|---|---|
Visual Observation of Vortex Cooled Methane/Oxygen Combustion in a Transparent Acrylic Thruster | confirmed | Ms. Shmaa Al Hemeiri | United Arab Emirates University (UAEU) | United Arab Emirates | |
3D Printed Venturi Flowmeter for Student Rocketry Applications | Ms. Brianna Clark | California State University, Long Beach | United States | ||
Large Eddy Simulation of the Scramjet Combustor Using a Developed Density-Based OpenFOAM Solver | confirmed | Mr. Veli Uysal | National Defence University of Türkiye | Türkiye | |
3D combustion flow field prediction for the forced ignition process of RBCC engines | confirmed | Mr. Jizheng Qiu | Northwestern Polytechnical University | China | |
confirmed | Mr. Zeki Inanc Genc | Samsun University | Türkiye | ||
Design and Testing of a Scalable Piston Propellant Tank for a Small Satellite Propulsion System | confirmed | Mr. Daniel Kichma | Space Flight Laboratory (SFL) | Canada | |
Design and Characterization of an Optimized Miniaturized Ion Propulsion System for CubeSat Missions | confirmed | Mr. Furkan Kaplan | Karadeniz Technical University | Türkiye | |
confirmed | Ms. Nourah Alyammahi | UAE Space Agency | United Arab Emirates | ||
confirmed | Dr. Donghyuk Kang | Korea Aerospace Research Institute (KARI) | Republic of Korea | ||
confirmed | Mr. Junseo Hwang | Pusan National University | Republic of Korea | ||
confirmed | Mr. Dmitrii Miatezhnyi | Bauman Moscow State Technical University | Russian Federation | ||
confirmed | Mr. Kerem Kizilboga | Istanbul Technical University | Türkiye | ||
confirmed | Dr. Andrei Shumeiko | Bauman Moscow State Technical University | Russian Federation | ||
Mr. Yuchen Zhang | Beihang University (BUAA) | China | |||
Initial Operation of a Small-Scale Rotating Detonation Engine with Non-Premixed Propellants | confirmed | Mr. Mousa Aqailan | United Arab Emirates University (UAEU) | United Arab Emirates | |
confirmed | Mr. Jorge Miguel Adame Martínez | Instituto Politécnico Nacional | Mexico | ||
confirmed | Prof. Paolo Gessini | Universidade de Brasília | Brazil | ||
Parametric Analysis-Based Thermal Performance Prediction in Helical Coil Heat Exchangers | confirmed | Mr. Alperen Ada | ROKETSAN Roket Sanayi ve Ticaret A.S. | Türkiye | |
The effects of different production methods in paraffin fuels on hybrid rocket motor performance | Dr. Melahat Cihan | Samsun University | Türkiye | ||
Watercube IOD Preparation: Functional, Structural, Propulsive & Thermal Qualification Campaign | confirmed | Mr. Ivan Nizzola | Capsule Corporation | Italy | |
Optical diagnostics of discharge in plasma thruster with closed ring-shaped gas discharge chamber | confirmed | Dr. Andrei Shumeiko | Bauman Moscow State Technical University | Russian Federation | |
confirmed | Mr. Vadim Danilov | Bauman Moscow State Technical University | Russian Federation | ||
thrust profile optimization of solid rocket motors via internal and external ballistic integration | confirmed | Dr. Hanyun Zheng | Beihang University (BUAA) | China | |
Variable Geometry Thruster Nozzle Inspired by Squid Jet Propulsion for Ion Propulsion Systems | confirmed | Mr. Efe Aras Aykut | Darüşşafaka High School | Türkiye | |
Development of a Water-Fed Electrodeless Plasma Thruster within the W.E.T Project | confirmed | Ms. Nouhayla Oamer | Université Internationale de Rabat | Morocco | |
Optimal magnetic field configuration for ECR Electrostatic Thruster | confirmed | Ms. Amalia Lefeuvre | Osmos X | France | |
Exploring Recycled Metal Propellants for Magdrive Thrusters via Plume Deposition Characterisation | confirmed | Ms. Emerald Greenwood | Magdrive Ltd | United Kingdom | |
confirmed | Mr. Punya Malaiya Jain | Indian Institute of Technology, Madras | India | ||
Ferrite-Core Pre-Ionization for Enhanced Ignition in RF Ion Thrusters | confirmed | Ms. Gökçe Uluğsu | Boğaziçi University | Türkiye | |
A Novel Design of an Inductively Coupled Plasma Ion Thruster with Distributed Ferromagnetic Cores | confirmed | Ms. Gökçe Uluğsu | Boğaziçi University | Türkiye | |
Distributed Ion Thruster Arrays for Scalable and Fault-Tolerant Electric Propulsion Systems | confirmed | Mr. ahmad alrbaidi | MENA ENGINEERING EDUCATION AND TRAINING | Jordan | |
confirmed | Mr. Martin Gros | Alpha Impulsion | France | ||
Promising heat-resistant coatings for uncooled units of rocket and space engineering | confirmed | Dr. Volodymyr Nadtoka | Yuzhnoye State Design Office | Ukraine | |
graphene-reinforced paraffin-based hybrid rocket fuel for enhanced combustion performance | confirmed | Ms. Senanur Gamlı | Gebze Technical University | Türkiye | |
confirmed | Mr. Fırat Aydın | Yildiz Technical University | Türkiye | ||
confirmed | Mr. Martin Gros | Alpha Impulsion | France | ||
DEMİRKAZIK-IV: Türkiye's Highest Total Impluse Student-Built Hybrid Motor | confirmed | Ms. Tuğba Can | Yildiz Technical University | Türkiye | |
confirmed | Mr. Hüseyin Eren Çaka | Mechanical and Chemical Industries Corporation | Türkiye | ||
confirmed | Ms. Aleksandra Zieleźny | Wroclaw University of Science and Technology | Poland | ||
flow characterisation of a cots breather valve for use in sounding rocket compartment venting | confirmed | Dr. Sarisha Harrylal | University of KwaZulu-Natal (UKZN) | South Africa | |
confirmed | Mr. Semih Tiryakiol | Türkiye | |||
confirmed | Ms. Rukiyye Melek AYDURMUŞ | Istanbul Technical University | Türkiye | ||
confirmed | Mr. Alan Nolasco Méndez | Mexico | |||
performance evaluation of 3d-printed abs fuel for low-cost hybrid rocket propulsion | confirmed | Ms. Najihah Abd Razak | International Islamic University Malaysia | Malaysia | |
Mr. Jingfei Gao | Beihang University (BUAA) | China | |||
Ms. Jiaqi Tian | Beihang University | China | |||
confirmed | Mrs. Kinga Wysocka | Embry-Riddle Aeronautical University | United States | ||
confirmed | Mr. Onur Kağan Yıldırım | Türkiye | |||
confirmed | Mr. Sathvik Krishna Velide | CosmoFleet | India | ||
STREAM Electric Gear Pump Enabling Low-Pressure Propellant Feed Architectures | confirmed | Mr. Adam Hláčik | Stellar Exploration Inc | Czech Republic | |
Simulation-based Design of an Additively Manufactured Bi-liquid Rocket Engine Coaxial Swirl Injector | confirmed | Mr. Joel Jia Le Tan | ETH Zurich | Switzerland | |
Overview of LE-9 Engine Turbopump Design and Turbine Blade Vibration Measurement Test | confirmed | Mr. Keita Kanakubo | Japan Aerospace Exploration Agency (JAXA) | Japan | |
confirmed | Dr. Peisen Lu | China Academy of Launch Vehicle Technology (CALT) | China | ||
Development of a GPU-Accelerated High-Order Compact Incompressible Flow Solver | confirmed | Ms. Elif Mihriban Zeyveli | Istanbul Technical University | Türkiye | |
confirmed | Mrs. Deniz Başar | Koc University | Türkiye | ||
confirmed | Dr. Cheng Yang | Beijing Institute of Technology | China | ||
confirmed | Mr. Dillon OReilly | Southeast Technological University of Ireland | Ireland | ||
Compact, Efficient, and Mission-Adaptable: A 150–250 W Class Hall Effect Thruster Development | confirmed | Mr. Huseyin Guven | TUBITAK Uzay, Space Technologies Research Institute | Türkiye | |
Design and Experimental Evaluation of MEMS Thrusters in Micro-Powered Space Systems | confirmed | Mr. Umut Şahan | Türkiye | ||
confirmed | Ms. Merve Koca | Tarsus University (Tarsus Üniversitesi) | Türkiye | ||
confirmed | Ms. Blanca Pavón-Castillo | Xiroi Aerospace | Spain | ||
Development of EPC-RFT-1, an “Expedient" Radio Frequency Gridded Ion Thruster | confirmed | Mr. Václav Hobhouse | University of Alabama in Huntsville | United States | |
confirmed | Mr. Abdulrahman Al-Essa | Saudi Space Community (SSC) | Saudi Arabia | ||
Linearized Detailed Electron Model for Hybrid PIC–DSMC Hall Thruster Plume Simulations | confirmed | Prof. Sang Hun Kang | Konkuk University | Republic of Korea | |
confirmed | Mr. DAMULURI SURAJ BHARAJATHYA | Indian Institute of Technology, Madras | India | ||
confirmed | Mr. Ahmet emir Daştan | Baykar Science High School | Türkiye | ||
Pulsed Electric Propulsion Systems for Interplanetary CubeSats | confirmed | Mr. Kevin Simmons | BLUECUBE Aerospace | United States | |
confirmed | Mr. Taiki Achiha | The University of TOKYO, Graduate school | Japan | ||
Mr. Cheng Zhe | Sun Yat-sen University (Guangzhou) | China | |||
Dr. Luca Armani | GAUSS S.r.l. | Italy | |||
Two-Phase Flow Modeling and Parameter Analysis of a Xenon Feed System for Hall Electric Thrusters | Mr. Jincheng Wang | Beihang University (BUAA) | China |