KAUST Clean Energy Research

Jiro Kasahara: Detonation Engine System Space Flight Demonstration Using Sounding Rockets

Ruud Eggels: First Steps of Converting Aero-Engine Combustors for the Use of Hydrogen

Abdelrahman Hegab: Hydrogen in Aviation and Propulsion Research at Cranfield University

Aamir Farooq: Laser-based Sensing and Property Prediction of Alternative Fuels

Myles Bohon - Beyond Conventional Engines: Research Results in Rotating Detonation Combustion

Nathan Bailey: Wankel Rotary Engines for Aerospace Propulsion and Energy Systems

FLEET 2.0

Gaetano Magnotti: Optical diagnostics

Bassam Dally: Novel applications

João Andrade de Carvalho Junior: Biomethane in industry

James Turner: Some aspects of decarbonizing via the use of carbon-free fuels

Mohammed Ismail: Fuel cells

Giovanni Vorraro: Application of carbon-free fuels to non-conventional internal combustion engines

Mani Sarathy: Carbon-free fuel chemistry

Perrine Pepiot: Solid fuel chemistry for carbon-neutral and carbon-free combustion

Marcus Alden: Optical diagnostics

Thibault Guiberti: NH3 (Ammonia) combustion fundamentals

Hideaki Kobayashi: Ammonia combustion – fundamentals and some applications

Karl Chatelain: Hydrogen detonations

Hasan Karim: Challenges of Lean Premixed H2 Combustion in Gas Turbines

KAUST Combustion Institute Summer School : Introduction

2 ACM: Closing remarks

Deanna Lacoste : Plasma assisted ammonia

Giancarlo Sorrentino: Physical insights into ammonia MILD combustion and implications for modeling

Ekene Okafor: Liquid ammonia spray combustion in swirl combustors: studies on flame stabilization

William Northrop: Ammonia as a fuel for internal combustion engines: advanced combustion modes

Hong Im: Challenges and opportunities in computational modeling of ammonia/hydrogen combustion

Bo Zhou: Optical diagnostics for ammonia combustion

Matthew Dunn and Gaetano Magnotti: Experimental investigation of turbulent canonical flames

Hisashi Nakamura: Understanding and validation of ammonia chemical