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THE STEPHEN B. KLEIN FACULTY OF |AEROSPACE ENGINEERING

Propelling the Future

Research Labs

A seminar in memory of the late Prof. Emeritus Omri Rand

Graduate Studies

Industry Relations

About the |Faculty

The Stephen B. Klein Faculty of Aerospace Engineering at the Technion is a world-class academic hub for aeronautics and astronautics, dedicated to creating, expanding, and disseminating ideas and knowledge in aerospace sciences and engineering.

BE PART OF THE |AEROSPACE FUTURE

News
29.10.2025

Assoc. Prof. Beni Cukurel awarded the Alexander Goldberg Research Prize Fund, USA.

The Prize honors outstanding research that contributes—directly or indirectly—to Israel’s industry
01.09.2025

Prof. Vassilis Theofilis Named Fellow of the British Royal Aeronautical Society

The Royal Aeronautical Society Fellowship (FRAeS) is the highest grade attainable and is only bestowed upon those in the profession of aeronautics or aerospace.
04.08.2025

Dr. Eliad Peretz receives a fourth NASA’s Exceptional Achievement Medal

Accolade for exceptional technological achievements in 2024.
Events
December 24 2025
We are pleased to invite you to the annual GVAHIM Excellence Program's ceremony. Opening remarks: Dr. Yigal Gluzman, GVAHIM and...
Seminars
November 12 2025
Gleb Merkulov | Post Doctoral fellow in the Stephen B. Klein Faculty of Aerospace Engineering, working with Prof. Tal Shima and the winner of Prize in Memory of Prof. Shmuel and Noemi Merhav
November 17 2025
Boaz Ofarim | M.Sc. student, holds a B.Sc. in Aerospace Engineering from the Technion
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This work suggests and demonstrates a method for generating reduced chemical kinetic mechanisms for aviation fuels. Small but accurate mechanisms are needed for use in Computational Fluid Dynamics (CFD) combustion...
Hot Wire Anemometry (HWA) methodology has yet to fully realize its potential. As a consequence, nowadays, the use of HWA is unapplicable to flow conditions in the range of 0.4<M<1.2....
Brownian motion, the random motion of particles suspended in a medium, was first studied mathematically by Einstein and Smoluchowski. They obtained the particle's mean square displacement (MSD) in a quiescent...
This talk will present a novel algorithm for early detection of aeroelastic flutter when onset conditions are approached during flutter tests of flight vehicles. The approached stability boundary is detected...
Experimental measurements in actual combustors typically produce measurements that are narrowly relevant to only specific geometries and not easily generalized. Moreover, in experimental studies, relevant mixing scales (e.g., Batchelor scales)...
The research presents a novel approach for propelling high-speed, submerged, marine vehicles. The operating principle is based on the operation of a ram-rocket (ducted-rocket) motor (solid or hybrid), where water...
Events on 07/02/2022
This work suggests and demonstrates a method for generating reduced chemical kinetic mechanisms for aviation fuels. Small but accurate mechanisms are needed for use in Computational Fluid Dynamics (CFD) combustion...
Events on 09/02/2022
Hot Wire Anemometry (HWA) methodology has yet to fully realize its potential. As a consequence, nowadays, the use of HWA is unapplicable to flow conditions in the range of 0.4<M<1.2....
Events on 14/02/2022
Brownian motion, the random motion of particles suspended in a medium, was first studied mathematically by Einstein and Smoluchowski. They obtained the particle's mean square displacement (MSD) in a quiescent...
Events on 16/02/2022
This talk will present a novel algorithm for early detection of aeroelastic flutter when onset conditions are approached during flutter tests of flight vehicles. The approached stability boundary is detected...
Events on 21/02/2022
Experimental measurements in actual combustors typically produce measurements that are narrowly relevant to only specific geometries and not easily generalized. Moreover, in experimental studies, relevant mixing scales (e.g., Batchelor scales)...
Events on 02/03/2022
The research presents a novel approach for propelling high-speed, submerged, marine vehicles. The operating principle is based on the operation of a ram-rocket (ducted-rocket) motor (solid or hybrid), where water...
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